Terms	Explanation
AAA	Authentication, Authorization, and Accounting
ABR	Available bit rate
AC	Attachment circuit
ACL	Access control list
ADU	Automatic dialing unit
APNIC	Asia-Pacific network information centre
ARP	Address Resolution Protocol
AS	Autonomous system
ASBR	Autonomous system border router
AST	Advanced switch technology
ATM	Asynchronous transmission mode
BFD	Bidirectional Forwarding Detection
BGP	Border Gateway Protocol
BOOTP	Bootstrap Protocol
BPDU	Bridge protocol data unit
BSD	Berkeley software distribution
BVLAN	Backbone VLAN
CBP	Customer backbone port
CFA	Common forwarding agent
CIDR	Classless interdomain routing
CIST	Common Internal Spanning Tree
CLI	Command-line interface
CNP	Customer network port
COS	Class of service
CPSS	Control packet switching system
CRU	Common Routing Utilities (FSAP2 utilities)
CSV	Circuit switched voice
CTAG	Customer VLAN tag
CVID	Customer VLAN ID
CVLAN	Customer VLAN
DAD	Duplicate address detection
DCBX	Data Center Bridging Exchange Protocol
DDP	Data Delivery Protocol
DEI	Drop eligible indicator
DF	Designated forwarder
DHCP	Dynamic Host Configuration Protocol
DHRL	DHCP relay
DHSRV	DHCP server
DLF	Destination lookup failure
DNS	Domain name system
DOT1X	IEEE Standard for Port-Based Network Access Control (PNAC) known as DOT1X or 802.1X
DP	Designated port
DR	Designated router
DSCP	Differentiated services code point
DSMON	Differentiated services monitoring
DVMRP	Distance Vector Multicast Routing Protocol
ECFM	Ethernet connectivity fault management
ECMP	Equal cost multiple path
EIGRP	Enhanced Interior Gateway Protocol
ELMI	Ethernet local management interface
ELPS	Ethernet linear protection switching
EOAM	Ethernet operations administration and maintenance
ERPS	Ethernet ring protection switching
ESP	Ethernet switched path
EVCPRO	Ethernet virtual circuit configurations and provisioning
FDB	Forwarding database
FID	Forwarding information database
FID VLAN	Forwarding information database VLAN
GARP	Generic Attribute Registration Protocol
GMRP	GARP Multicast Registration Protocol
GVRP	GARP VLAN Registration Protocol
HDLC	High-level data link control
HTTP	Hyper Text Transport Protocol
IANA	Internet assigned numbers authority
ICMP	Internet Control Message Protocol
IGMP	Internet Group Management Protol
IGP	Interior Gateway Protocol
IGRP	Interior Gateway Routing Protocol
IGS	IGMP snooping
IP – DSLAM	Internet protocol - Digital subscriber line access multiplexer
IPDB	IP binding database
IPMC	Inernet protocol multicast
ISDN	Integrated services for digital network
ISID	Instance service identifier
ISIS	Intermediate System-to-Intermediate System protocol
ISP	Internet service provider
IVL	Independent VLAN learning
L2CP	Layer 2 Control Protocol
L2VPN	Layer 2 virtual private network
LA	Link aggregation
LACNIC	Latin American and Caribbean Network Information Centre
LACP	Link Aggregation Control Protocol
LAN	Local area network
LCM	Logical connection manager (part of EVCPRO)
LDP	Label Distribution Protocol
LLDP	Link Layer Discovery Protocol
LS – ID	Link state identifier
LSA	Link state advertisement
LSDB	Link state database
MAC	Media access control
MAU	Medium attachment unit
MBSM	Multi board system manager
MD5	Message digest
MDI	Multiple document interface
MDIX	Media dependent interface crossover(X)
MEF	Metro Ethernet forum
MFWD	Multicast forwarding
MI	Multiple instance
MIB	Management information base
MIDGEN	Middle level code generator
MLD	Multicast Listener Discovery
MLDS	Multicast listener discovery snooping
MMRP	Multiple MAC Registration Protocol
MPLS	Multiprotocol label switching
MPLS PW	Multiprotocol label switching - Pseudowire support
MPLSDB	Multiprotocol label switching database
MPLSOAM	Multiprotocol label switching operation and management
MRP	Multiple Registration Protocol
MSDP	Multicast Source Discovery Protocol
MST	Multiple spanning tree
MSTI	Multiple spanning tree instance
MTU	Maximum transmission unit
MVRP	Multiple VLAN Registration Protocol
NAS	Network access security
NAT	Network address translation
NBMA	Non broadcast multiple access
ND	Neighbor Discovery
NDRA	Neighbor Discovery Router Advertisement protocol
NFS	Network file system
NMS)	Network management system
NPAPI	Network processor application programming interface
NSSA	Not-so-stubby area
NV	Network virtualization
NVE	Network virtualization endpoint
NVRAM	Non volatile random access memory
OC – 12	Optical carrier - 12
OFC	Open flow client
OFCL	Open flow client
OID	Object identifier
OOB	Out of band
OSPF	Open Shortest Path First
OSPF NSSA	OSPF not-so-stubby area
OSPFRM	Open shortest path first resource manager
OSPFTE	Open shortest path first traffic engineering
PSN	Packet-switching network
PBB	Provider backbone bridge
PBB BCOMP	Provider backbone bridging - B-Component
PBB ICOMP	Provider backbone bridging - I-Component
PBBTE	Provider backbone bridging traffic engineering
PCMCIA	Personal computer memory card international association
PCP	Priority code point
PDU	Protocol description unit
PEP	Provider edge port
PIM	Protocol independent multicast
PING	Packet Internet goopher
PING PDU	Packet Internet goopher protocol data unit
PIP	Provider instance ports
PMTU-D	PMTU discovery
PNAC	Port-based Network Access Control
PNP	Provider network port
POE	Power over Ethernet
PPP	Point-to-Point Protocol
PPPoE	Point-to-Point Protocol
PTP	Precision Time Protocol
PVID	Port VLAN ID
PVRST	Per-VLAN rapid spanning tree
PVRT	Per VLAN Rapid Spanning Tree Protocol
PW	Pseudowire
QINQ	Q-in-Q
QoSX	Quality of Service Extention
RADIUS	Remote authentication dial in user service
RARP	Reverse Address Resolution Protocol
RBR	Routing bridge
RBRG	Routing bridge
RDNSS	Recursive DNS server
RED	Random early detection
RSVPTE	Resource Reservation Protocol with Traffic Engineering
RIB	Routing information base
RIP	Routing Information Protocol
RM	Redundancy Manager
RMON	Remote monitoring
RRD	Route redistribution
RSNA	Robust security network association
RSVPTE	Resource Reservation Protocol Traffic Engineering
RTM	Routing table manager
SEFOS	Sun Ethernet Fabric Operating System
SFTP	SSH File Transfer Protocol
SHA	Secure hash algorithm
SI	Single instance
SISP	Switch instance shared port
SLA	Service-level ageement
SLI	Socket layer interface
SNMP	Simple Network Management Protocol
SPF	Shortest path first
SRM	State refresh messages
SSH	Secure shell
SSL	Secure sockets layer
STAG	Service VLAN tag
STP	Spanning Tree Protocol
SVL	Shared VLAN Learning
SVLAN	Service VLAN
SYNCE	Synchronous Ethernet
TAC	Transmission and admission control
TACACS	Terminal access controller access control system
TE	Traffic engineering
TESI	TE service instance
TFTP	Trivial File Transfer Protocol
TLM	Traffic engineering link management
TLV	Type, length, and value
TOS	Type of service
TPID	Tag protocol identifier
TRCRT	Traceroute
TTL	Time to live
UDP	User Datagram Protocol
URL.	Uniform resource locator
VACM	View based access control model
VCM	Virtual context manager
VFI	Virtual forwarding instance
VID	VLAN ID
VIP	Virtual instance port
VLAN	Virtual local area network
VNI	Virtual network identifier
VPLS	Virtual private LAN service
VRF	Virtual routing and forwarding
VRID	Virtual router identifier
VRRP	Virtual Router Redundancy Protocol
VTEP	VXLAN endpoints
VXLAN	Virtual extensible local area network
WSS	Wireless switching solution
WSSUSER	Wireless switching solution user

Command Mode	Access Method	Prompt	Exit method
User EXEC	Initial mode for starting a session.	SEFOS>	Use the logout command to return to the Oracle ILOM prompt.
Privileged EXEC	From User EXEC mode, use the enable command.	SEFOS#	Use the disable command to return to the User EXEC mode.
Global Configuration	From Privileged EXEC mode, use the configure terminal command.	SEFOS(config)#	Use the exit or end command to exit to Privileged EXEC mode.
Interface Configuration	From Global Configuration mode, use the interface-type interface-id command.	SEFOS(config-if)#	Use the exit command to return to Global Configuration mode, or use the end command to return to Privileged EXEC mode.
Switch Configuration	From Global Configuration mode, use the switch switch-name command.	SEFOS(config-switch)#	Use the exit command to return to Global Configuration mode, or use the end command to return to Privileged EXEC mode.
Interface Range	From Global Configuration mode, use the interface range ({interface-type slot/port-port} {vlan vlan-id(1-4094) - vlan-id(2-4094)}) command.	SEFOS(config-if-range)#	Use the exit command to return to Global Configuration mode, or use the end command to return to Privileged EXEC mode.
Config-VLAN	From Global Configuration mode, use the vlan vlan-id command.	SEFOS(config-vlan)#	Use the exit command to return to Global Configuration mode, or use the end command to return to Privileged EXEC mode.
Line Configuration	From Global Configuration mode, use the line command.	SEFOS(config-line)#	Use the exit command to return to Global Configuration mode, or use the end command to return to Privileged EXEC mode.
Profile Configuration	From Global Configuration mode, use the ip mcast profile profile-id [description (128)] command.	SEFOS(config-profile)#	Use the exit command to return to Global Configuration mode, or use the end command to return to Privileged EXEC mode.
Service Instance Configuration Mode	From Switch Configuration mode, use the service-instance command.	SEFOS(config-switch-si)#	Use the exit command to return to Switch Configuration mode.
TE Service Instance Mode	From Switch Configuration mode, use the backbone traffic-engineering service-instance command.	SEFOS(config-switch-tesi)#	Use the exit command to return to Switch Configuration mode.
Protection group Configuration mode	From Switch Configuration mode, use the aps [linear] group group-number command.	SEFOS(config-switch-pg)#	Use the exit command to return to Switch Configuration mode.
IP Explicit Path	From Global Configuration mode, use the ip explicit-path identifier command.	SEFOS(cfg-ip-expl-path)#	Use the exit command to return to Global Configuration mode, or use the end command to return to Privileged EXEC mode.
BGP Router Configuration	From Global Configuration mode, use the router bgp AS-no command.	SEFOS(config-router)#	Use the exit command to return to Global Configuration mode, or use the end command to return to Privileged EXEC mode.
Route Map Configuration	From Global Configuration mode, route-map name command.	SEFOS(config-route-RouteName)#	Use the exit command to return to Global Configuration mode, or use the end command to return to Privileged EXEC mode.
Hardware Configuration	Global Configuration mode command enables access to hardware commands.	SEFOS(config-hw)#	Use the exit command to return to Global Configuration mode, or use the end command to return to Privileged EXEC mode.
Controller Configuration	Global Configuration mode command enables access to controller configuration commands.	SEFOS(config-controller)#	Use the exit command to return to Global Configuration mode, or use the end command to return to Privileged EXEC mode.

CLI Volume No	Chapter No	Chapter Title	Package Details
1	1	Introduction	NA	NA	NA	NA
2	Command-Line Interface	NA	NA	NA	NA
3	System Commands	Y	Y	Y	Y
4	System Features	Y	Y	Y	Y
5	VCM	N	Y	Y	N
6	RADIUS	Y	Y	Y	Y
7	TACACS	Y	Y	Y	Y
8	SNMPv3	Y	Y	Y	Y
9	Syslog	Y	Y	Y	Y
10	TCP	Y	Y	Y	Y
11	UDP	Y	Y	Y	N
12	L2 DHCP Snooping	Y	Y	Y	Y
13	IPDB	Y	Y	Y	Y

2	14	STP	Y	Y	Y	Y
15	LA	Y	Y	Y	Y
16	LLDP	Y	Y	Y	Y
17	PNAC	Y	Y	Y	Y
18	PBB	N	N	Y	Y
19	PBB-TE	N	N	Y	Y

3	20	VLAN	Y	Y	Y	Y
21	VRRP	N	Y	N	Y

4	22	IP	Y	Y	Y	Y
23	IPV6	Y	Y	Y	Y
24	OSPF	N	Y	N	Y
25	OSPFv3	N	Y	N	Y
26	RRD	N	Y	N	Y
27	RRD6	N	Y	N	Y
28	Route Map	N	Y	N	Y

5	29	DHCP	Y	Y	Y	Y
30	DHCPv6	Y	Y	Y	Y
31	RIP	N	Y	N	Y
32	RIPv6	N	Y	N	Y
33	BGP	N	Y	N	Y

6	34	IGMP Snooping	Y	Y	Y	Y
35	MLD Snooping	Y	Y	Y	Y
36	IGMP	N	Y	Y	N
37	IGMP Proxy	Y	Y	Y	Y
38	PIM	N	Y	N	Y
39	PIMV6	N	Y	N	Y
40	IPv4 Multicasting	N	Y	N	Y
41	TAC	Y	N	N	Y
42	RMON	Y	Y	Y	Y
43	RMON2	Y	Y	Y	Y
44	FM	Y	Y	Y	Y

7	45	MLDv2	N	Y	N	Y
46	VXLAN	N	N	N	Y

8	47	Fulcrum_Draft	NA	NA	NA	NA
48	Others_Draft	NA	NA	NA	NA
49	QoSX_Draft	NA	NA	NA	NA

System Features

SEFOS offers a rich set of system features to a user, such as login services, copying and writing facilities, duplex and negotiation support, and many other capabilities. Some features have special hardware requirements and others have special design considerations.

CFA (Common Forwarding Agent) is a proprietary module, which acts as a common forwarder of packets between the Network Protocol Module(s), the Data-Link Layer Protocol Layer Module(s), and the Device Drivers. CFA provides central management of the generic parameters of all the interfaces in the system.

4.1 default mode

Command Objective	This command configures the mode by which the default interface gets its IP address. This configuration takes effect only on switch restart.
Syntax	default mode { manual \| dynamic }
Parameter Description	• manual - Assigns static IP address to the default interface. The IP address and IP mask configured by user are assigned to the default interface. • dynamic - Assigns dynamic IP address to the default interface. That is, IP address provided by the server in the network is assigned to the default interface on switch reboot. The IP address is fetched through the dynamic IP address configuration protocols such as DHCP client, RARP client, and BOOTP client.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	manual
Example	SEFOS(config)# default mode dynamic
Related Command(s)	• show nvram- Displays the current information stored in the NVRAM. • default ip address allocation protocol - Configures the protocol by which the default interface acquires its IP address. • default ip address - Configures the IP address and subnet mask for the default interface. • ip address –rarp/dhcp - Configures the current VLAN or OOB interface to dynamically acquire an IP address from the RARP or DHCP server. The no form of the command resets the IP address for the interface to its default value.

4.2 default restore-file

Command Objective	This command configures the path of the default restoration file from which the configuration should be restored in the flash when the system is restarted.
Syntax	default restore-file <filename>
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	switch.conf
Example	SEFOS(config)# default restore-file /home/automation/code/future/LR/switch1/restore.conf
Related Command(s)	• show nvram - Displays the current information stored in the NVRAM.

4.3 default vlan id

Command Objective	This command sets the default VLAN ID to be used at reboot of the switch. This value is stored in NVRAM and ranges between 1 and 4094.
Syntax	default vlan id <count(1-4094)>
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	1
Example	SEFOS(config)# default vlan id 32
Related Command(s)	• show nvram - Displays the current information stored in the NVRAM.

4.4 default ip address

Command Objective	This command configures the IP address and subnet mask for the default interface.
Syntax	default ip address <ip-address> [ subnet-mask <subnet mask> ] [ interface <interface-type> <interface-id> ]
Parameter Description	• <ip address> - Sets the IP address for the default interface / specified interface. If the network in which the switch is implemented contains a server such as DHCP server, dynamically allocating IP address, the configured IP address should not be within the range of the addresses that will be allocated by the server to the other switches. This precaution avoids creation of IP address conflicts between the switches. • subnet-mask <subnet mask> – Sets the subnet mask for the configured IP address. The configured subnet mask should be in the same subnet of the network in which the switch is placed • <interface-type> – Sets the IP address and / or subnet mask for the specified type of interface. The interface can be: ▪ fastethernet – Officially referred to as 100BASE-T standard. This is a version of LAN standard architecture that supports data transfer upto 100 Megabits per second. ▪ XL-ethernet – A version of LAN standard architecture that supports data transfer upto 40 Gigabits per second. Note: As of release 2.0.0.3, all interfaces are referred to as extreme-ethernet. ▪ extreme-ethernet – A version of Ethernet that supports data transfer upto 10 Gigabits per second. ▪ i-lan – Internal LAN created on a bridge per IEEE 802.1ap. • <interface-id> - Sets the IP address and subnet mask, or both, for the specified interface identifier. This is a unique value that represents the specific interface. This value is a combination of slot number and port number separated by a slash, for interface type other than i-lan. For example: 0/1 represents that the slot number is 0 and port number is 1. Only i-lan ID is provided for interface type i-lan. For example: 1 represents i-lan ID.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	• ip address - 10.0.0.1 • subnet-mask - 255.0.0.0
Example	SEFOS(config)# default ip address 20.0.0.1 subnet-mask 255.0.0.0 interface extreme-ethernet 0/1
Related Command(s)	• show nvram - Displays the current information stored in the NVRAM.

4.5 ip address

Command Objective	This command sets the IP address for an interface. The no form of the command resets the IP address of the interface to its default value.
Syntax	ip address <ip-address> <subnet-mask> no ip address <ip-address> <subnet-mask>
Parameter Description	• <ip-address>/<ip_addr> - Sets the IP address for an interface. If the network in which the switch is implemented contains a server such as a DHCP server, dynamically allocating IP addresses, the configured IP address should not be within the range of the addresses that will be allocated by the server to the other switches. This precaution avoids creation of IP address conflicts between the switches. • <subnet-mask> - Sets the subnet mask for the configured IP address. The configured subnet mask should be in the same subnet of the network in which the switch is placed. Note: The parameters ip-address and subnet-mask are used implicitly in BCM Target. • secondary - Sets the configured IP address as an additional IP address for the interface (the configured address is used as secondary address instead of primary address). Note: This parameter is not supported on OOB and PPP interface.
Mode	Interface Configuration Mode This command is applicable in VLAN Interface mode, Router Interface, OOB Interface mode or PPP mode.
Package	Workgroup, Enterprise Metro, and Metro_E
Default	• IP address specified in issnvram.txt is taken as default for the default VLAN identifier. • IP address is assigned as 0.0.0.0 and subnet mask as 255.255.255.255 for other interfaces.
Note:	• The interface should be shut down before executing this command. • The primary and secondary IP address should be different. • Primary address should be configured before configuring the secondary address. • The connection to the switch is lost if the IP address of the connected interface is modified. • When the same network interface is used for OOB and NFS mounting, the operation done on OOB will have an impact on NFS. • For PPP mode, PPP interface should be attached to the physical interface first.
Example	SEFOS(config-if)# ip address 10.0.0.3 255.255.255.0 SEFOS(config-if)# ip address 10.0.0.2 255.255.255.0 secondary SEFOS (config-ppp)# ip address 17.0.0.100 255.255.255.0
Related Command(s)	• show nvram - Displays the current information stored in the NVRAM. • show ip interface - Displays the IP interface configuration for all interfaces available in the switch. • shutdown – physical/VLAN/port-channel/tunnel Interface - Disables a physical interface, VLAN interface, port-channel interface, tunnel interface or OOB interface. • layer - Configures a virtual PPP link to a physical interface.

4.6 switchport

Command Objective	This command configures the port as switch port. Only switch port-related commands are made available for the interface, when the port is configured as switch port. The no form of the command resets the port as router port. Only router port-related commands are made available for the interface, when the port is configured as router port.
Syntax	switchport no switchport
Mode	Interface Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	switchport
Note:	The interface should be shut down before executing this command.
Example	SEFOS(config-if)# switchport
Related Command(s)	• release - Releases the DHCP lease obtained for an IP address from a DHCP server, on the specified interface. • renew - Renews the DHCP lease for the interface specified. • ip dhcp relay circuit-id – Configures circuit ID value for an interface. • ip dhcp relay remote-id – Configures remote ID value for an interface. • show ip interface - Displays the IP interface configuration for all interfaces available in the switch. • switchport filtering-utility-criteria - Creates filtering utility criteria for the port. • switchport pvid - Configures the PVID on the specified port. • switchport acceptable-frame-type - Configures the type of VLAN-dependant BPDU frames such as GMRP BPDU, that the port should accept during the VLAN membership configuration. • switchport ingress-filter - Enables ingress filtering feature on the port. • switchport map protocols-group - Maps the configured protocol group to a particular VLAN ID for an interface. • switchport priority default - Configures the default ingress user priority for a port. • switchport mode - Configures the mode of operation for a switch port. • switchport protected - Enables switchport protection feature for a port. • port-vid - Configures the the VLAN identifier assigned to router-ports for association in the porting layer.

4.7 default ip address allocation protocol

Command Objective	This command configures the protocol used by the default interface to acquire its IP address. This configuration takes effect only on rebooting the system.
Syntax	default ip address allocation protocol {bootp \| rarp \| dhcp}
Parameter Description	• bootp - Allows the client device to obtain its own IP address, address of a server host, and name of a boot file to be executed from a BOOTP server. • rarp - Allows the client device to dynamically find its IP address from RARP server, when it has only its hardware address such as MAC address. • dhcp - Allows the client device to obtain configuration parameters, such as network address, from the DHCP server.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	dhcp
Note:	• This command executes only if the default mode is configured as dynamic. • If the default interface is configured as OOB and if the same network interface is used for OOB and NFS mounting, then the operation done on OOB will have an impact on NFS.
Example	SEFOS(config)# default ip address allocation protocol bootp
Related Command(s)	• default mode - Configures the mode by which the default interface acquires its IP address. • show nvram - Displays the current information stored in the NVRAM.

4.8 ip address - rarp/dhcp

Command Objective	This command configures the current VLAN / OOB interface to dynamically acquire an IP address from the RARP / DHCP server. The no form of the command resets the IP address for the interface to its default value.
Syntax	ip address { dhcp \| rarp}[client-id { FastEthernet \| extreme-ethernet \| Port-channel \| Vlan } <interface_list>] [hostname <host_name>] no ip address
Parameter Description	• dhcp - Allows the client device to obtain configuration parameters such as network address, from the DHCP server. • rarp - Allows the client device to dynamically find its IP address from RARP server, when it has only its hardware address such as MAC address. • client-id - Sets the client identifier that specifies the interface type and hexadecimal MAC address of the specified interface. The various interface types that can be specified are: ▪ fastethernet - Officially referred to as 100BASE-T standard. This is a version of LAN standard architecture that supports data transfer upto 100 Megabits per second. ▪ extreme-ethernet - A version of Ethernet that supports data transfer upto 10 Gigabits per second. This Ethernet supports only full duplex links. ▪ port-channel - Logical interface that represents an aggregator which contains several ports aggregated together. ▪ vlan - Logical interface that specifies a group of hosts which can communicate with each other as in same broadcast domain. • <interface list> - Sets the list of interfaces or a specific interface identifier. This value is a combination of slot number and port number separated by a slash, for interface type other than port-channel and VLAN. Only VLAN or port-channel ID is provided, for interface types VLAN and port-channel. Use comma as a separator without space while configuring list of interfaces. Example: 0/1,0/3 or 1,3. Feature not supported - This feature has been included to adhere to the Industry Standard CLI syntax. This feature is currently not supported. • hostname - Sets the name of the host from which the IP address is to be acquired dynamically. Feature not supported - This feature has been included to adhere to the Industry Standard CLI syntax. This feature is currently not supported.
Mode	Interface Configuration Mode (VLAN)
Package	Workgroup, Enterprise Metro, and Metro_E
Default	dhcp
Note:	When the same network interface is used for OOB and NFS mounting, the operation done on OOB will have an impact on NFS.
Example	SEFOS(config-if)# ip address dhcp
Related Command(s)	• show ip dhcp client stats - Displays the DHCP client statistics information for interfaces that are configured to acquire IP address dynamically from the DHCP server. • release - Releases the DHCP lease obtained for an IP address from a DHCP server, on the specified interface. • renew - Renews the DHCP lease for the interface specified.

4.9 base-mac

Command Objective	This command configures the base MAC address for the switch in the NVRAM. The switch uses this address as its hardware address. Layer 3 modules use the switch MAC address as the source MAC address in the transmitted packets. This configuration takes effect only when the switch is restarted.
Syntax	base-mac <mac_address>
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	00:01:02:03:04:05
Example	SEFOS(config)# base-mac 00:89:fe:34:55:33
Related Command(s)	• show nvram - Displays the current information stored in the NVRAM. • show spanning-tree - Summary, Blockedports, Pathcost, Redundancy - Displays spanning tree-related information available in the switch for the current STP enabled in the switch. • show spanning-tree detail - Displays detailed spanning tree-related information of the switch and all ports enabled in the switch. • show spanning-tree active - Displays spanning tree-related information available in the switch for the current STP enabled in the switch. • show spanning-tree interface - Displays the port-related spanning tree information for the specified interface. • show spanning-tree root - Displays the spanning tree root information. • show spanning-tree bridge - Displays the spanning tree bridge information. • show spanning-tree – layer 2 gateway port - Displays spanning tree information for all L2GPs enabled in the switch. • name - Configures the name for the MST region. • show spanning-tree mst - CIST or specified mst Instance - Displays multiple spanning tree information for all MSTIs in the switch. • show spanning-tree vlan - Summary, Blockedports, Pathcost - Displays PVRST-related information for the specified VLAN. • show spanning-tree vlan - bridge - Displays the PVRT-related information of the bridge for the specified VLAN ID. • show spanning-tree vlan - root - Displays the PVRT-related information of the root for the specified VLAN ID. • show spanning-tree vlan - interface - Displays interface-specific PVRST information for the specified VLAN.

4.10 login authentication

Command Objective	This command configures the authentication method for user logins for accessing the GUI to manage the switch. Few network routers and other network equipment allow access to a server or a managing computer to determine if the user attempting to log in has the proper rights or is in the user database. The no form of the command resets the authentication method for user logins to its default values. Changing login authentication from default to another value may disconnect the telnet session.
Syntax	login authentication [{radius \| tacacs }] [local] no login authentication
Parameter Description	• radius - Sets the RADIUS server to be used as an authentication server. Enables remote access servers to communicate with a central server to authenticate dial-in users and authorize their access to the requested system or service. Note: Note: RADIUS user will be given privilege based on service type attribute value received in access accept packet from radius server • tacacs - Sets the TACACS server to be used as an authentication server. Communicates with the authentication server commonly used in networks. Note: Note: TACACS user will be given root privilege by default or local user privilege if the user exists in local database. • local - Sets locals authentication. The user identification, authentication, and authorization method is chosen by the local system administration and does not necessarily comply with any other profiles.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	Local
Example	SEFOS(config)# login authentication radius
Related Command(s)	• username - Creates a user and sets the enable password for that user with the privilege level. • no enable password - Deletes a user and disables enable password parameters. • show system information - Displays system information.

4.11 login authentication-default

Command Objective	This command configures the authentication method for user logins for accessing the GUI to manage the switch. Few network routers and other network equipment allows access to a server or a managing computer to determine if the user attempting to log in has the proper rights or is in the user database. Changing login authentication from default to another value may disconnect the telnet session. The no form of the command resets the authentication method for user logins to its default values.
Note:	This command is a standardized implementation of the existing command. It operates similar to that of the command login authentication.
Syntax	login authentication { default \| <list-name> } no login authentication { default \| <list-name> }
Parameter Description	• default - Sets the default authentication method for user logins. • <list-name> - Uses the list of user names created with the username command, for authentication. Note: This feature has been included to adhere to the Industry Standard CLI syntax. This feature is currently not supported.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config)# login authentication default
Related Command(s)	• username - Creates a user and sets the enable password for that user with the privilege level. • no enable password - Deletes a user and disables enable password parameters. • show system information - Displays system information.

4.12 authorized-manager ip-source

Command Objective	This command configures an IP authorized manager. The no form of the command removes manager from authorized managers list.
Syntax	authorized-manager ip-source <ip-address> [{<subnet-mask> \| / <prefix-length(1-32)>}] [interface [interface-type <0/a-b, 0/c, ...>] [interface-type <0/a-b, 0/c, ...>]] [<interface-type <a,b or a-b or a,b,c-d...>]] [vlan <a,b or a-b or a,b,c-d>] [cpu0] [service [snmp] [telnet] [http] [https] [ssh]] no authorized-manager ip-source < ip-address > [{<subnet-mask > \| / <prefix-length(1-32)>}]
Parameter Description	• <ip-address> - Sets the network or host address from which the switch is managed. An address 0.0.0.0 indicates 'Any Manager'. • <subnet-mask> - Sets the subnet mask for the configured IP address. The configured subnet mask should be in the same subnet of the network in which the switch is placed. • <prefix-length(1-32)> - Configures the number of high-order bits in the IP address. These bits are common among all hosts within a network. This value ranges from 1 to 32. • interface - Configures the network or host address for the specified interface. The details to be provided are: ▪ interface-type - Sets the type of interface. The interface can be: • fastethernet – Officially referred to as 100BASE-T standard. This is a version of LAN standard architecture that supports data transfer upto 100 Megabits per second. • XL-ethernet – A version of LAN standard architecture that supports data transfer upto 40 Gigabits per second. • extreme-ethernet – A version of Ethernet that supports data transfer upto 10 Gigabits per second. • i-lan – Internal LAN created on a bridge per IEEE 802.1ap. ▪ interface-type <0/a-b, 0/c, ...> - Sets the list of interfaces or a specific interface identifier. This value is a combination of slot number and port number separated by a slash, for interface type other than i-lan. Only i-lan ID is provided for interface type i-lan. Use comma as a separator without space while configuring list of interfaces. Example: 0/1,0/3 or 1,3. • <interface-type <a,b or a-b or a,b,c-d...> - Configures the network or host address for the specified port-channel interface. Port-channel is a Logical interface that represents an aggregator which contains several ports aggregated together.Configures the port-channel interface identifier. This is a unique value that represents the specific interface. Only port-channel ID is provided port-channel. For example: 1 represents port-channel ID. Use comma as a separator without space while configuring list of interfaces. Example: 1, 2, 3 or 1-3. • vlan <a,b or a-b or a,b,c-d> - Sets the list of VLANs or a single specifc VLAN in which the IP authorized manager can reside. • cpu0 - Configures the access rights for the manager of the switch through OOB Port. • service - Configures the type of service to be used by the IP authorized manager. The values can be: • ssh - Logs into another computer over a network to execute commands in a remote machine, and to move files from one machine to another. It provides strong authentication and secure communications over insecure channels. It is a replacement for rlogin, rsh, rcp, and rdist. SSH protects a network from attacks such as IP spoofing, IP source routing, and DNS spoofing. An attacker who has managed to take over a network can only force SSH to disconnect. He or she cannot play back the traffic or hijack the connection when encryption is enabled. • http - Defines how messages are formatted and transmitted, and what actions web servers and browsers should take in response to various commands. For example, when you enter a URL in your browser, this actually sends an HTTP command to the web server directing it to fetch and transmit the requested web page. • https – Transmits data securely over the World Wide Web. S-HTTP is designed to transmit individual messages in a secure manner. • snmp - Manages complex networks. SNMP works by sending messages, called PDUs, to different parts of a network. SNMP-compliant devices, called agents, store data about themselves in MIBs and return this data to the SNMP requesters.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	All services are allowed for the configured manager
Example	SEFOS(config)# authorized-manager ip-source 10.203.113.5 255.255.255.255 interface extreme-ethernet 0/1 vlan 1 service snmp
Related Command(s)	• show authorized managers - Displays the configured authorized managers.

4.13 ip http port

Command Objective	This command sets the HTTP port. This port is used to configure the router using the Web interface. This value ranges from 1 to 65535. The no form of the command resets the HTTP port to its default value.
Syntax	ip http port <port(1-65535)> no ip http port
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	80
Note:	HTTP port number configuration takes effect only when HTTP is disabled and enabled again.
Example	SEFOS(config)# ip http port 90
Related Command(s)	• set ip http - Enables or disables HTTP. • show http server status - Displays the HTTP server status.

4.14 set ip http

Command Objective	This command enables or disables HTTP in the switch.
Syntax	set ip http {enable \| disable}
Parameter Description	• enable - Enables HTTP in the switch. • disable - Disables HTTP in the switch.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	enable
Example	SEFOS(config)# set ip http disable
Related Command(s)	• ip http port - Sets the HTTP port. • show http server status - Displays the HTTP server status.

4.15 archive download-sw

Command Objective	This command performs an image download operation on a switch stack or on a stand-alone switch. The command downloads a new image from a TFTP or SFTP, from a remote location to the switch, and overwrites or keeps the existing image.
Syntax	archive download-sw /overwrite [ /reload ] { tftp://server/filename \| sftp://<user-name>:<pass-word>@server/filename \| flash:filename}
Parameter Description	• /overwrite - Overwrites the software image in flash with the downloaded one. This option should be specified only if the flash device has sufficient space to hold two images. • /reload - Reloads the system after successfully downloading the image unless the configuration has been changed and not been saved. Note: This feature has been included to adhere to the Industry Standard CLI syntax. This feature is currently not supported. • tftp://server/filename - Configures the source URL and filename used to overwrite or update the existing image. The file is transferred using TFTP. • sftp://<user-name>:<pass-word>@server/filename - Configures the source URL, user name, password, and filename used to overwrite or update the existing image. The file is transferred using SFTP. • flash:filename - Configures the name of the flash file used to overwrite or update the existing image.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Note:	Filenames and directory names are case sensitive.
Example	SEFOS# archive download-sw /overwrite tftp://20.0.0.1/SEFOS.exe Download is in Progress...

4.16 interface-configuration and deletion

Command Objective	This command allows configuring interface such as out-of-band management, port channel, tunneling and so on. The no form of the command deletes interface such as VLAN, port-channel, tunnel interface and so on.
Syntax	WGS enabled in the switch interface {cpu0 \| VlanMgmt \| port-channel <port-channel-id (1-65535)> \| tunnel <tunnel-id (0-128)> \| <interface-type> <interface-id> \| linuxvlan <interface-name >\| ppp <1-128>} no interface { vlanMgmt \| Port-Channel <port-channel-id(1-65535)> \| tunnel <tunnel-id (0-128)> \| linuxvlan <interface-name> \| ppp <1-128)>} WGS disabled in the switch interface {cpu0 \| vlan <vlan-id/vfi-id> \| port-channel <port-channel-id (1-65535)> \| tunnel <tunnel-id (0-128)> \| <interface-type> <interface-id> \| linuxvlan <interface-name> \| loopback <interface-id (0-100)> \| ppp <1-128> \| pw <interface-id (1-65535)>\| ac <integer (1-65535)> \| sisp <interface-id (1-65535)>\| virtual <integer (1-16777214)>\| nve <integer (1-65535)>} no interface { vlan <vlan-id/vfi-id> \| port-channel <port-channel-id(1-65535)> \| tunnel <tunnel-id (0-128)> \| <interface-type> <interface-id> \| linuxvlan <interface-name> \| loopback <interface-id (0-100)> \| ppp <integer (1-128)> \| pw <integer (1-65535) \| ac <integer (1-65535)> \| sisp <interface-id(1-65535)>\| virtual <integer (1-16777214)> [graceful-deletion} \| nve <integer (1-65535)>}
Parameter Description	• cpu0 - Configures the access rights for the manager of the switch through OOB Port. • VlanMgmt - Configures the management VLAN interface. • vlan <vlan-id/vfi-id> - Configures the specified VLAN ID. This is a unique value that represents the specific VLAN or VFI created or to be created. This value ranges from 1 to 65535. ▪ <vlan –id> - VLAN ID is a unique value that represents the specific VLAN. This value ranges from 1 to 4094. ▪ <vfi-id> - VFI ID is a VLAN created in the system which contains pseudowires and attachment circuits as member ports. This creates a logical LAN for the VPLS service. This value ranges from 4096 to 65535. Note: The VLAN ID 4095 is reserved and may be used to indicate a wildcard match for the VID in management operations or filtering database entries. Note: The theoretical maximum for the maximum number of VFI is 65535 but the actual number of VFI supported is a sizing constant. Based on this, the maximum number of VFI ID accepted in the management interface is restricted. For example if 100 VFIs are supported, the maximum number of VFI supported will be restricted to hundred added to the maximum number of VLANs. An error message is displayed for any value beyond this range. • port-channel<port-channel-id (1-65535)> - Configures the port to be used by the host to configure the router. This value ranges from 1 to 65535. The port channel identifier can be created or port channel-related configuration can done, only if the LA feature is enabled in the switch. • tunnel<tunnel-id (0-128)> - Configures the tunnel interface. This value ranges from 0 to 128. • <interface-type> - Configures the specified type of interface. The interface can be: ▪ fastethernet – Officially referred to as 100BASE-T standard. This is a version of LAN standard architecture that supports data transfer upto 100 Megabits per second. ▪ XL-ethernet – A version of LAN standard architecture that supports data transfer upto 40 Gigabits per second. ▪ extreme-ethernet – A version of Ethernet that supports data transfer upto 10 Gigabits per second. ▪ i-lan – Internal LAN created on a bridge per IEEE 802.1ap. ▪ port-channel – Logical interface that represents an aggregator which contains several ports aggregated together. • <interface-id> - Configures the specified interface identifier. This is a unique value that represents the specific interface. This value is a combination of slot number and port number separated by a slash, for interface type other than i-lan and port-channel. For example: 0/1 represents that the slot number is 0 and port number is 1. Only i-lan or port-channel ID is provided, for interface types i-lan and port-channel. For example: 1 represents i-lan and port-channel ID. • linuxvlan<interface-name> - Configures the interface name of the Linux VLAN Interface. • loopback<interface-id (0-100)> - Configures the loopback identifier. This value ranges from 0 to 100. • ppp <1-128> - Configures interfaces of the point to point protocol. This value ranges from 1 to 128. • pw <interface-id (1-65535)> - Configures interfaces of the pseudowire. This value ranges from 1 to 65535. Maximum number of pseudowire interfaces supported in the system is 100. • ac <integer (1-65535)> - Configures the Attachment Circuit identifier in the system. Attachment Circuit (AC) is a physical or virtual circuit attaching a Customer Edge to a Provider Edge port. This value ranges from 1 to 65535. • sisp<interface-id(1-65535)> - Configures the SISP identifier. This value ranges from 1 to 65535. Note: This feature has been included to adhere to the Industry Standard CLI syntax. This feature is currently not supported. • virtual<integer (1-65535)> - Configures the virtual interface identifier. This value ranges from 1 to 65535. Note: This option is available, only when PBB feature is enabled. The WGS enable feature is currently not supported. • nve <integer (1-65535) - Configures the NVE (Network Virtualization Endpoint) interface identifier. This value ranges from 1 to 65535. Note: This option is available, only when VXLAN feature is enabled.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Note:	• The command no shutdown must be executed for the interface to be active. • Logical interfaces cannot be created in the switch, if the base bridge mode is configured as transparent bridging.
Example	SEFOS(config)# interface tunnel 0 SEFOS(config-if)#
Related Command(s)	• shutdown port-channel - Shuts down LA in the switch and releases the allocated resources to the switch. • set port-channel - Configures the admin status of LA in the switch. • port-channel load-balance - Configures the load balancing policy for all port channels created in the switch. • channel-group - Adds the port as a member of the specified port channel that is already created in the switch. • show etherchannel - Displays Etherchannel information for all port-channel groups created in the switch. • show lacp - Displays LACP counter or neighbor information for all port channels. • show interfaces - Displays the interface status and configuration • base bridge-mode - Configures the mode in which the VLAN feature should operate on the switch. • show interface - counters - Displays the interface statistics for each port.

4.17 mtu

Command Objective	This command configures the Maximum Transmission Unit frame size for all the frames transmitted and received on all the interfaces in a switch. The size of the MTU frame size can be increased using this command. The value ranges from 90 to 9216. When QCA flag is set as No, this value ranges from 46 to 9216. For PPP interface, this value ranges from 90 to 9202. This value defines the largest PDU that can be passed by the interface without any need for fragmentation. This value is shown to the higher interface sub-layer and should not include size of the encapsulation or header added by the interface. This value represents the IP MTU over the interface, if IP is operating over the interface.
Syntax	When QCA_WANTED is set as No while compiling exe mtu <frame-size(90-9216)> When QCA_WANTED is set as Yes while compiling exe mtu <frame-size(46-9216)> For PPP Interface Configuration mtu <frame-size(90-9202)>
Mode	Interface Configuration Mode (VLAN / Physical/ Port channel)
Package	Workgroup, Enterprise Metro, and Metro_E
Default	1500
Note:	• This configuration can be done, only if the interface is administratively down. • The MTU value should not be greater than 1500 for fastethernet interface. • Any messages larger than the MTU are divided into smaller packets before transmission • For PPP, the interface must be attached to an underlying physical interface.
Example	SEFOS(config-if)# mtu 900
Related Command(s)	• show interfaces - Displays the interface status and configuration. • show interface mtu - Displays the global Maximum Transmission Unit. • shutdown-physical/VLAN/port-channel/tunnel Interface – Enables the physical interface, VLAN interface, port channel interface, tunnel interface, or OOB interface. • layer - Configures a virtual PPP link to a physical interface.

4.18 system mtu

Command Objective	This command configures the Maximum Transmission Unit frame size for all the frames transmitted and received on all the interfaces in a switch. This value defines the largest PDU that can be passed by the interface without any need for fragmentation. This value is shown to the higher interface sub-layer and should not include size of the encapsulation or header added by the interface. This value represents the IP MTU over the interface, if IP is operating over the interface.This value ranges from 90 to 9216. The no form of this command sets the Maximum Transmission Unit to the default value in all interfaces.
Note:	This command is a standardized implementation of the existing command. It operates similar to that of the command mtu frame size.
Syntax	system mtu <frame-size(90-9216)> no system mtu
Mode	Global Configuration mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	1500
Note:	• This configuration can be done, only if the interface is administratively down. • Any messages larger than the MTU are divided into smaller packets before transmission
Example	SEFOS(config)# system mtu 200
Related Command(s)	• show interfaces - Displays the interface status and configuration. • show interface mtu - Displays the global Maximum Transmission Unit.

4.19 loopback local

Command Objective	This command enables loopback on a physical interface. The no form of this command disables the loopback on a physical interface.
Syntax	loopback local no loopback local
Mode	Interface Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config-if)# loopback local
Related Command(s)	• show interfaces - Displays the interface status and configuration.

4.20 system-specific port-id

Command Objective	This command configures the system-specific index for the port. It provides a different numbering space other than the IfIndex to identify ports. This value ranges from 1 to 16384. If no other value has been configured, 0 is set by default.
Syntax	system-specific port-id <integer (1-16384)>
Mode	Interface Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	0
Example	SEFOS(config-if)# system-specific port-id 50
Related Command(s)	• show system-specific port-id - Displays the custom-param configurations.

4.21 set custom-param

Command Objective	This command configures the custom parameters for a particular port. The no form of the command deletes the custom parameter configurations.
Syntax	set custom-param {type <integer> length <integer> value <string> \| attribute <integer (1-4)> value <integer (0-4294967295)>} no custom-param [type <integer>] [attribute <integer (1-4)>]
Parameter Description	• type - Sets the type of the TLV information. • length - Sets the length of the TLV information. • value - Sets the value of the TLV information. • attribute - Sets the opaque attribute ID configured on the port. This value ranges from 1 to 4. • value - Sets the value for the opaque attribute. This value ranges from 0 to 4294967295.
Mode	Interface Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	value - 0
Example	SEFOS(config-if)# set custom-param attribute 2 value 40
Related Command(s)	• show custom-param - Displays the custom-param configurations.

4.22 mac-addr

Command Objective	This command configures unicast MAC address for the interface.
Syntax	mac-addr <aa:aa:aa:aa:aa:aa>
Mode	Interface Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	MAC address of the switch is assigned as MAC address for the interface.
Note:	• The MAC address can be set only when ifMainAdminStatus for the interface is down. • The object is valid only for interfaces that have the ifMainType set as ethernetCsmacd(6) or ieee8023ad(161).
Example	SEFOS(config-if)# mac-addr 00:22:33:44:55:66
Related Command(s)	• show interfaces - Displays the interface status and configuration.

4.23 snmp trap link-status

Command Objective	This command enables trap generation on the interface. The interface generates linkUp or linkDown trap. The linkUp trap denotes that the communication link is available and ready for traffic flow. The linkDown trap denotes that the communication link failed and is not ready for traffic flow. The no form of this command disables trap generation on the interface.
Syntax	snmp trap link-status no snmp trap link-status
Mode	Interface Configuration Mode / PPP Interface Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	SNMP trap link status is enabled.
Example	SEFOS(config-if)# snmp trap link-status SEFOS(config-ppp)# snmp trap link-status
Related Command(s)	• show interfaces - Displays the interface status and configuration.

4.24 write

Command Objective	This command writes the running-config to a flash file, startup-configuration file, or to a remote site.
Syntax	write { flash:filename \| startup-config \| tftp://server/filename \| sftp://<user-name>:<pass-word>@server/filename}
Parameter Description	• flash:filename - Configures the name of the file to which the configuration is to be saved. This file is present in the flash. • startup-config - Starts the switch with the saved configuration on reboot. • tftp - Configures the TFTP-related details for writing the configuration to a file in TFTP server. ▪ server - The IP address or host name of the server in which configuration should be maintained. ▪ filename - The name of the file in which the configuration should be written. • sftp - Configures the SFTP-related details for writing the configuration to a file in SFTP server. ▪ user-name - The user name of remote host or server. ▪ pass-word – The password for the corresponding user name of remote host or server ▪ server - The IP address or host name of the server in which configuration should be maintained. ▪ filename - The name of the file in which the configuration should be written.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Note:	Filenames and directory names are case sensitive
Example	SEFOS# write startup-config
Related Command(s)	• copy startup-config - Copies variables from the running configuration to the startup configuration file in NVRAM. • show nvram - Displays the current information stored in the NVRAM. • show system information - Displays system information.

4.25 copy

Command Objective	This command copies the configuration from a remote site to flash.
Syntax	copy { tftp://server/filename startup-config \| sftp://<user-name>:<pass-word>@server/filename startup-config \| flash: filename startup-config }
Parameter Description	• tftp://server/filename startup-config - Configures the address from which the file is to be copied and the file name from which configuration is to be copied. This option configures the TFTP server details. • sftp://<user-name>:<pass-word>@server/filename - Configures the name of the file in remote location to be copied (downloaded) into configuration file (switch.conf). This option configures the SFTP server details. • flash: filename startup-config - Configures the name of the file in flash. The configuration in the flash file is used.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Note:	Filenames and directory names are case sensitive
Example	SEFOS# copy flash:clcliser startup-config

4.26 copy startup-config

Command Objective	This command copies the the running configuration to the startup configuration file in NVRAM, where the running-config is the current configuration in the router and the startup config is the configuration that is loaded when the router boots up. This command takes a backup of the initial configuration in flash or at a remote location.
Syntax	copy startup-config {flash: filename \| tftp://server/filename \| sftp://<user-name>:<pass-word>@server/filename}
Parameter Description	• flash: filename - Configures the name of the file in which the initial configuration should be stored. This file is available in the flash. • tftp://server/filename - Configures the TFTP details for taking backup of initial configuration in TFTP server. ▪ server - The IP address or host name of the server. ▪ filename - The name of the file in which the initial configuration should be stored. • sftp://<user-name>:<pass-word>@server/filename - Configures the SFTP details for taking backup of initial configuration in SFTP server. ▪ user-name - The user name of remote host or server. ▪ pass-word – The password for the corresponding user name of remote host or server. ▪ server - The IP address or host name of the server. ▪ filename - The name of the file in which the initial configuration should be stored.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Note:	Filenames and directory names are case sensitive
Example	SEFOS# copy startup-config flash:clcliser
Related Command(s)	• copy running-config startup-config - Copies variables from the running configuration to the startup configuration file in NVRAM. • write - Writes the running-config to a file in flash, startup-configuration file, or to a remote site. • copy-file - Copies a file from a source remote site or flash to a destination remote site or flash.

4.27 copy running-config startup-config

Command Objective	This command copies the variables from the running configuration to the startup configuration file in NVRAM, where the running-config is the current configuration in the router and the startup config is the configuration that is loaded when the router boots up.
Note:	This command takes a backup of the initial configuration in flash or at a remote location. This command is a complete standardized implementation of the existing command. It operates similar to that of the command copy startup-config.
Syntax	copy running-config startup-config
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# copy running-config startup-config
Related Command(s)	• copy startup-config - Copies variables from the running configuration to the startup configuration file in NVRAM. • copy-file - Copies a file from a source remote site or flash to a destination remote site or flash.

4.28 copy logs

Command Objective	This command writes the system logs to a remote site.
Syntax	copy logs {tftp://server/filename \| sftp://<user-name>:<pass-word>@server/filename} [standby]
Parameter Description	• tftp://server/filename - Configures the TFTP details for taking backup of system logs in TFTP server. ▪ ip-address - Configures the IP address or host name of the TFTP server. ▪ filename - Configures name of the file in which the system logs should be stored. • sftp://<user-name>:<pass-word>@server/filename - Configures the SFTP details for taking backup of system logs in SFTP server. ▪ user-name - Configures the user name of remote host or server. ▪ pass-word – Configures password for the corresponding user name of remote host or server. ▪ server - Configures the IP address or host name of the server. ▪ filename - Configures the name of the file in which the system logs should be stored. • standby - Copies the received peer log to server.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Note:	Filenames and directory names are case sensitive
Example	SEFOS# copy logs tftp://12.100/log.txt standby Log Upload Successful

4.29 firmware upgrade

Command Objective	This command performs firmware upgrade using TFTP from a remote location.
Syntax	firmware upgrade { tftp://server/filename} {flash:normal \| flash:fallback}
Parameter Description	• tftp://server/filename - Configures the file to be used for firmware upgrade and its source URL. ▪ server - IP address or host name of the TFTP server. ▪ filename - The name of the file to be used for firmware upgrade. Filenames and directory names are case sensitive. • flash:normal - Sets the flash in normal image. • flash:fallback - Sets the fallback image in flash.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Note:	In stacking environment case, this command copies the image to the attached peers.
Example	SEFOS# firmware upgrade tftp://12.0.0.100/Ramdisk.bin flash:normal

4.30 copy - file

Command Objective	This command copies a file from a source remote site or flash to a destination remote site or flash. The entire copying process takes several minutes and differs from protocol to protocol and from network to network.
Syntax	copy { tftp://server/filename \| sftp://<user-name>:<pass-word>@server/filename \| flash: filename}{ tftp://server/filename \| sftp://<user-name>:<pass-word>@server/filename \| flash: filename \| filename}
Parameter Description	• tftp://server/filename - Configures the TFTP details to and from the file to be copied. ▪ server - IP address or host name of the TFTP server. ▪ filename - Name of the file to be copied or file to which information is to be copied. • sftp://<user-name>:<pass-word>@server/filename - Configures the SFTP details to and from the file to be copied. ▪ user-name - User name of remote host or server. ▪ pass-word – Password for the corresponding user name of remote host or server. ▪ server - IP address or host name of the server. ▪ filename - Name of the file to be copied or file to which information is to be copied. • flash: filename - Configures the name of the file to be copied. This file is present in flash. • filename - Configures the name of the file to be copied.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Note:	Filenames and directory names are case sensitive
Example	SEFOS# copy tftp://12.0.0.2/clclirel flash:clcliser
Related Commands	• copy running startup-config - Copies variables from the running configuration to the startup configuration file in NVRAM. • copy startup-config - Copies variables from the running configuration to the startup configuration file in NVRAM.

4.31 clock set

Command Objective	This command manages the system clock.
Syntax	clock set hh:mm:ss <day (1-31)> {january\|february\|march\|april\|may\|june\|july\|august\|september\| october\|november\|december} <year (2000 - 2035)>
Parameter Description	• hh:mm:ss - Sets the current time. The format is hour, minutes and seconds. ▪ <day (1-31)> - Sets the current day. This value ranges from 1 to 31. ▪ january - Sets the month as January. ▪ february - Sets the month as February. ▪ march - Sets the month as March. ▪ april - Sets the month as April. ▪ may - Sets the month as May. ▪ june - Sets the month as June. ▪ july - Sets the month as July. ▪ august - Sets the month as August. ▪ september - Sets the month as September. ▪ october - Sets the month as October. ▪ november - Sets the month as November. ▪ december - Sets the month as December. ▪ <year (2000 - 2035)> - Sets the year. This value ranges from 2000 to 2035.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# clock set 18:04:10 18 Oct 2005
Related Command(s)	• show clock - Displays the system clock.

4.32 erase

Command Objective	This command clears the contents of the startup configuration or sets parameters in NVRAM to default values.
Syntax	erase {startup-config \| nvram: \| flash:filename}
Parameter Description	• startup-config - Clears the startup configuration file. • nvram - Clears the content from NVRAM. • flash:filename - Clears the content from the local system flash file.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Note:	The Delete functionality is supported only for VxWorks and Linux.
Example	SEFOS# erase startup-config
Related Command(s)	• show nvram - Displays the current information stored in the NVRAM. • show system information- Displays system information.

4.33 cli console

Command Objective	This command enables the console CLI through a serial port. The no form of the command disables console CLI.
Syntax	cli console no cli console
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	Enabled
Note:	This command takes effect only on system restart.
Example	SEFOS# cli console
Related Command(s)	• show nvram - Displays the current information stored in the NVRAM.

4.34 flowcontrol

Command Objective	This command is used to set the send or receive flow-control value for an interface. • If flowcontrol send is on for a device and if it detects any congestion at its end, then it notifies the link partner or the remote device of the congestion by sending a pause frame. • If flowcontrol receive is on for the remote device and it receives a pause frame, then it stops sending any data packets. This prevents any loss of data packets during the congestion period. • PAUSE is a flow control mechanism that is implied on full duplex Ethernet link segments. The mechanism uses MAC control frames to carry the PAUSE commands.
Note:	Interface must first be brought administratively down before setting flow control status
Syntax	flowcontrol { send \| receive} { on \| off \| desired}
Parameter Description	• send - Sets the interface to send flow control packets to a remote device. • receive - Sets the interface to receive flow control packets from a remote device. • on - If used with receive, allows an interface to operate with the attached device to send flow control packets. If used with send, the interface sends flowcontrol packets to a remote device, if the device supports it. • off - Turns off the attached devices (when used with receive) or the local ports (when used with send) ability to send flow-control packets to an interface or to a remote device respectively. • desired - Allows a local port to operate with an attached device that is required to send flow control packets or that may send the control packets, when used with receive option. Allows the local port to send administrative status to a remote device if the remote device supports it, when used with send option.
Mode	Interface Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	The default flow control for the interfaces are • flowcontrol receive on • flowcontrol send on
Example	SEFOS(config-if)# flowcontrol send on
Related Command(s)	• show interfaces - Displays the interface status and configuration. • show flow-control - Displays the flowcontrol information.

4.35 shutdown - physical/VLAN/port-channel/tunnel Interface

Command Objective	This command disables a physical interface, VLAN interface, port-channel interface, tunnel interface, or OOB interface. The no form of the command enables a physical interface, VLAN interface, port-channel interface, tunnel interface, or OOB interface.
Syntax	shutdown no shutdown
Mode	Interface Configuration Mode for physical interface, port-channel, tunnel interface, or OOB Interface VLAN Interface Mode for VLAN interface
Package	Workgroup, Enterprise Metro, and Metro_E
Default	• The physical interface eth0 is enabled. • The interface VLAN 1 is enabled. • The port-channel interface is disabled.
Note:	• All functions on the specified interface are disabled by the shutdown command. • If OOB interface is enabled, then the physical interface eth0 is disabled. • When the same network interface is used for OOB and NFS mounting, the operation done on OOB will have impact on NFS. For example, when interface eth0 is used for OOB and NFS mounting, executing shutdown command on the OOB interface will make the admin down and the NFS communication will be lost.
Example	SEFOS(config-if)# shutdown
Related Command(s)	• show spanning-tree - Summary, Blockedports, Pathcost, Redundancy - Displays spanning tree-related information available in the switch for the current STP enabled in the switch. • show spanning-tree detail - Displays detailed spanning tree-related information of the switch and all ports enabled in the switch. • show spanning-tree active - Displays spanning tree-related information available in the switch for the current STP enabled in the switch. • show spanning-tree – layer 2 gateway port - Displays spanning tree information for all L2GPs enabled in the switch. • show spanning-tree mst - CIST or specified mst Instance - Displays multiple spanning tree information for all MSTIs in the switch. • show interfaces - Displays the interface status and configuration. • ppp serverip - Sets the Server IP address for the PPP Interface on PPP Client.

4.36 debug interface

Command Objective	This command sets the debug traces for the specified level and severity for all the interfaces. The no form of the command resets the configured debug traces.
Syntax	debug interface [track] [enetpktdump] [ippktdump] [arppktdump] [trcerror] [os] [failall] [buffer] [all][{ <short (0-7)> \| alerts \| critical \| debugging \| emergencies \| errors \| informational \| notification \| warnings }] no debug interface [track] [enetpktdump] [ippktdump] [arppktdump] [trcerror] [os] [failall] [buffer] [all]
Parameter Description	• track - Generates debug messages for all track messages. • enetpktdump - Generates debug messages for ethernet packet dump messages. • ippktdump - Generates debug messages for IP protocol-related packet dump messages. • arppktdump - Generates debug messages for address resolution protocol-related packet dump messages. • trcerror - Generates debug messages for trace error messages. • os - Generates debug messages for OS resources. For example, when there is a failure in mem pool creation or deletion, this trace level is used • failall - Generates debug messages for all failures, including packet validation. • buffer - Generates debug messages for buffer trace levels where packet buffer is used. That is, in cases where packet is enqueued. • all - Generates debug messages for all kinds of traces. • <short (0-7)> - Generates debug statements for the specified severity leve.This value ranges from 0 to 7. • alerts - Generates debug statements for alert messages. • critical - Generates debug statements for critical conditions. • debugging - Generates debug statements for debugging messages. • emergencies - Generates debug statements when system is unusable. • errors - Generates debug statements for error conditions. • informational - Generates debug statements for informational messages. • notification - Generates debug statements for normal but significant messages. • warnings - Generates debug statements for warning conditions.
Mode	Privilege EXEC mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# debug interface trcerror critical
Related Command(s)	• show debugging - Displays state of each debugging option.

4.37 debug-logging - standby

Command Objective	This command configures the debug logging option in the system..The specifies whether the logging is to be done at console, to a file (system buffer), or through flash. The no form of the command displays debug logs in the console.
Syntax	debug-logging { console \| file \| flash } [standby] no debug-logging [standby]
Parameter Description	• console - Specifies that logging is to be done at console. • file - Specifies that logging is to be done in the file (system buffer). • flash - Specifies that the traces are logged into a file. • standby - Configures the debug logging option for the standby system.
Mode	Global Configuration Mode
Default	console
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config)# debug-logging flash standby SEFOS(config)# debug-logging console
Related Command(s)	• show debug-logging - Displays the debug logs stored in file.

4.38 debug-logging

Command Objective	This command configures the debug logging display option in the system. The debug logs can be later uploaded, based on the input. The no form of the command displays debug logs in the console..
Note:	This command is obsolete from 7.2.0 release
Syntax	debug-logging { console \| file \| flash \| flash:<flash_url> } no debug-logging
Parameter Description	• console - Displays the debug logs in console. • file - Displays the debug logs in the memory. • flash:<flash_url> - Displays the debug logs in the file in the mentioned location.
Mode	Global Configuration Mode
Default	console
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config)# debug-logging console SEFOS(config)# debug-logging flash:/home/twg
Related Command(s)	• show debug-logging - Displays the debug logs stored in file.

4.39 incremental-save

Command Objective	This command enables or disables the incremental save feature.
Syntax	incremental-save { enable \| disable }
Parameter Description	• enable - Enables the incremental save feature. • disable - Disables the incremental save feature.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	enable
Example	SEFOS(config)# incremental-save enable
Related Command(s)	• show nvram - Displays the current information stored in the NVRAM.

4.40 auto-save trigger

Command Objective	This command enables or disables the auto save trigger function.
Syntax	auto-save trigger { enable \| disable }
Parameter Description	• enable - Enables the auto save trigger function. • disable - Disables the auto save trigger function.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	disable
Example	SEFOS(config)# auto-save trigger enable
Related Command(s)	• show nvram - Displays the current information stored in the NVRAM.

4.41 rollback

Command Objective	This command enables or disables the rollback function.
Syntax	rollback { enable \| disable }
Parameter Description	• enable - Enables the rollback function. • disable - Disables the rollback function.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	enable
Example	SEFOS(config)# rollback enable
Related Command(s)	• show nvram - Displays the current information stored in the NVRAM.

4.42 shutdown ospf | ospf3 | bgp | isis | rsvpte | ldp

Command Objective	This command shuts down all the ports in the corresponding modules and releases all the allocated memory.
Note:	• BGP, OSPF, ISIS, RSVPTE, LDP shutdown command implementations are applicable only for stack environment. • It is not applicable for solution environment, so shutdown command should not be used in HA scenarios
Syntax	shutdown { ospf \| ospf3 \| bgp \| isis \| rsvpte \| ldp}
Parameter Description	• ospf - Shuts down the Open Shortest Path First (OSPF) module. • ospf3 - Shuts down the Open Shortest Path First version 3 (OSPFv3) module. • bgp - Shuts down the Border Gateway Protocol (BGP) module. • isis - Shuts down the Intermediate System to Intermediate system (ISIS) module. • rsvpte - Shuts down the Resource Reservation Protocol with Traffic Engineering (RSVPTE) module. • ldp - Shuts down the Label Distribution Protocol (LDP) module.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config)# shutdown ospf
Related Command(s)	• start ospf \|ospf3 \|bgp \|isis \| rsvpte \| ldp - Starts the specified module.

4.43 start ospf | ospf3 | bgp | isis| rsvpte | ldp

Command Objective	This command starts and enables the corresponding modules and allocates the required resources to the corresponding module.
Syntax	start { ospf \| ospf3 \| bgp \| isis \| rsvpte \| ldp }
Parameter Description	• ospf - Starts and enables the Open Shortest Path First (OSPF) module. • ospf3 - Starts and enables the Open Shortest Path First version 3 (OSPFv3) module. • bgp - Starts and enables the Border Gateway Protocol (BGP) module. • isis - Starts and enables the Intermediate System to Intermediate System (ISIS) module. • rsvpte - Starts and enables the Resource Reservation Protocol with Traffic Engineering (RSVPTE) module. • ldp - Starts and enables the Label Distribution Protocol (LDP) module.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config)# start ospf
Related Command(s)	• shutdown ospf \|ospf3 \|bgp \|isis \| rsvpte \| ldp- Shutsdown the specified module.

4.44 set switch maximum - threshold

Command Objective	This command sets the maximum threshold values of RAM, CPU, and flash, of the switch. When the current resource usage rises above the threshold limit, the SNMP trap message with maximum severity will be sent for the specified resource and the syslog message will be displayed. This threshold value is represented in percentage and ranges between 1 and 100 percentage.
Syntax	set switch maximum { RAM \| CPU \| flash } threshold <percentage (1-100)>
Parameter Description	• RAM - Indicates the maximum RAM usage of the switch in percentage. When the RAM usage crosses the threshold percentage, an SNMP trap with maximum severity will be sent to the manager. • CPU - Indicates the maximum CPU usage of the switch in percentage. When CPU load exceeds the threshold value, an SNMP trap with maximum severity will be sent to the manager. • flash - Indicates the maximum flash usage of the switch in percentage. When the flash usage crosses the threshold percentage, an SNMP trap with maximum severity will be sent to the manager. • percentage (1-100) - Configures the threshold value in percentage. This value ranges from 1 to 100 percentages.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	• RAM - 100% • CPU - 100 % • flash - 100%
Example	SEFOS(config)# set switch maximum RAM threshold 98
Related Command(s)	• show env - Displays the switch-related information such as CPU, flash and RAM usage, and also displays the current power and temperature of the switch.

4.45 set switch temperature - threshold

Command Objective	This command sets the maximum and minimum temperature threshold values of the switch in Celsius. When the current temperature drops below the threshold, an SNMP trap with maximum severity will be sent to the manager. This threshold value ranges between -14 and 40 degree Celsius.
Note:	This command is a complete standardized implementation of the existing command set switch maximum - threshold.
Syntax	set switch temperature {min\|max} threshold <celsius (-14 - 40)>}
Parameter Description	• min - Sets the minimum temperature threshold value for the switch. When the current temperature drops below the threshold, an SNMP trap with maximum severity will be sent to the manager. • max - Sets the maximum temperature threshold value for the switch. When the current temperature rises above the threshold, an SNMP trap with maximum severity will be sent to the manager.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	• min - 10 degree Celsius • max - 40 degree Celsius
Example	SEFOS(config)# set switch temperature min threshold -10 SEFOS(config)# set switch temperature max threshold 37
Related Command(s)	• show env - Displays the switch-related information such as CPU, flash and RAM usage, and also displays the current power and temperature of the switch.

4.46 set switch power - threshold

Command Objective	This command sets the maximum and minimum threshold values of the switch power supply in Volts. When the current temperature drops below the threshold, an SNMP trap with maximum severity will be sent to the manager. This threshold value ranges between 100 and 230 Volts.
Note:	This command is a complete standardized implementation of the existing command set switch temperature - threshold.
Syntax	set switch power {min\|max} threshold <volts (100-230)>
Parameter Description	• min - Sets the minimum threshold power supply for the switch. When the voltage drops below the threshold, an SNMP trap with maximum severity will be sent to the manager. • max - Sets the maximum threshold power supply for the switch. When the voltage rises above the threshold, an SNMP trap with maximum severity will be sent to the manager.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	• min - 100 Volts • max - 230 Volts
Example	SEFOS(config)# set switch power min threshold 110 SEFOS(config)# set switch power max threshold 220
Related Command(s)	• show env - Displays the switch-related information such as CPU, flash and RAM usage, and also displays the current power and temperature of the switch.

4.47 mac-learn-rate

Command Objective	This command configures the maximum number of unicast dynamic MAC (L2) MAC entries the hardware can learn on the system, in a configured time interval. In the next subsequent time interval, the hardware can learn the number of previously learnt MAC entries along with present MAC entries. This cycle will continue until MAC learning reaches the maximum number of L2 unicast dynamic entries learning capacity of the system. If rate limit is changed while timer is running, new rate limit value takes effect on next timer restart. This limit controls the number of MAC entries indicated to control plane from hardware when hardware MAC learning is enabled. Configuration value '0' disables this feature in the system. The no form of the command removes the limit on number of unicast MAC entry indications (limit value is set as 0) and resets the configured time interval to default value.
Syntax	mac-learn-rate {<no of MAC entries(0-2147483647)>} [interval {<milliseconds(1-100000)>}] no mac-learn-rate
Parameter Description	• <no of MAC entries(0-2147483647)> - Configures the maximum number of unicast dynamic MAC (L2) entries that can be learned in the switch within the specified time interval. The configured value takes effect on next timer restart, if this value is changed while the timer is running. This value is used to control the number of MAC entries indicated to control plane from the hardware, when hardware MAC learning is enabled. This value ranges from 0 to 2147483647. The value 0 represents that no limit is set in the switch. This limit value does not impose any restrictions on multicast or broadcast, and dynamic, static or protocol (MMRP) MAC learning capability limits. • interval<milliseconds(1-100000)> - Configures the time interval (in milliseconds) for maximum number of MAC entries to be learned in the switch. The configured value takes effect from the next timer restart. This value ranges from 1 to 100000 milliseconds.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	• <no of MAC entries(0-2147483647)> - 1000 • interval - 1000
Example	SEFOS(config)# mac-learn-rate 100 interval 500
Related Command(s)	• show mac-learn-rate - Displays the maximum limit on number of MAC learning indications to control plane from hardware and the MAC learning limit rate interval.

4.48 system contact

Command Objective	This command sets the system contact information.
Syntax	system contact <contact info>
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config)# system contact support@x.com
Related Command(s)	• show system information - Displays system information.

4.49 system location

Command Objective	This command sets the system location.
Syntax	system location <location name>
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config)# system location Controls
Related Command(s)	• show system information - Displays system information.

4.50 clear interfaces - counters

Command Objective	This command clears all the current interface counters from the interface unless the optional arguments type and number are specified to clear only a specific interface type (Serial, Ethernet, Token Ring, and so on).
Syntax	clear interfaces [ <interface-type> <interface-id> ] counters
Parameter Description	• <interface-type> - Displays the IP interface configuration for the specified type of interface. The interface can be: ▪ fastethernet – Officially referred to as 100BASE-T standard. This is a version of LAN standard architecture that supports data transfer upto 100 Megabits per second. ▪ XL-ethernet – A version of LAN standard architecture that supports data transfer upto 40 Gigabits per second. ▪ extreme-ethernet – A version of Ethernet that supports data transfer upto 10 Gigabits per second. ▪ internal-lan – Internal LAN created on a bridge per IEEE 802.1ap. • <interface-id> - Displays the IP interface configuration for the specified interface identifier. This is a unique value that represents the specific interface. This value is a combination of slot number and port number separated by a slash, for interface type other than i-lan. For example: 0/1 represents that the slot number is 0 and port number is 1. Only i-lan ID is provided for interface type i-lan. For example: 1 represents i-lan ID.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# clear interfaces counters
Related Command(s)	• show interfaces - counters - Displays the interface statistics for each port. • show interfaces - Displays the interface status and configuration.

4.51 clear counters

Command Objective	This command clears all the current interface counters from the interface unless the optional arguments type and number are specified to clear only a specific interface type (Serial, Ethernet, Token Ring, and so on).
Note:	This command is a standardized implementation of the existing command and operates similar to that of the command clear interfaces - counters.
Syntax	clear counters [ <interface-type> <interface-id> ]
Parameter Description	• <interface-type> - Clears the current counters for the specified type of interface. The interface can be: ▪ fastethernet – Officially referred to as 100BASE-T standard. This is a version of LAN standard architecture that supports data transfer upto 100 Megabits per second. ▪ XL-ethernet – A version of LAN standard architecture that supports data transfer upto 40 Gigabits per second. ▪ extreme-ethernet – A version of Ethernet that supports data transfer upto 10 Gigabits per second. ▪ internal-lan – Internal LAN created on a bridge per IEEE 802.1ap. • <interface-id> - Clears the current counters for the specified type of interface identifier. This is a unique value that represents the specific interface. This value is a combination of slot number and port number separated by a slash, for interface type other than i-lan. For example: 0/1 represents that the slot number is 0 and port number is 1. Only i-lan ID is provided for interface type i-lan. For example: 1 represents i-lan ID.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# clear counters
Related Command(s)	• show interfaces counters - Displays the interface statistics for each port. • show interfaces - Displays the interface status and configuration.

4.52 show ip interface

Command Objective	This command displays the IP interface configuration.
Syntax	show ip interface [vrf <vrf-name>] [{[Vlan <vlan-id(1-4094)>] \| [<interface-type> <interface-id>] \| [loopback <loopback-id(0-100)>]}] [vlan-counters]
Parameter Description	• vrf<vrf-name> - Displays IP interface for the specified VRF instance. This value represents unique name of the VRF instance. This value is a string whose maximum size is 32. • Vlan<vlan-id(1-4094)> - Displays the IP interface configuration for the specified VLAN ID. This is a unique value that represents the specific VLAN created. This value ranges from 1 to 4094. • <interface-type> - Displays the IP interface configuration for the specified type of interface. The interface can be: ▪ fastethernet – Officially referred to as 100BASE-T standard. This is a version of LAN standard architecture that supports data transfer upto 100 Megabits per second. ▪ XL-ethernet – A version of LAN standard architecture that supports data transfer upto 40 Gigabits per second. ▪ extreme-ethernet – A version of Ethernet that supports data transfer upto 10 Gigabits per second. ▪ internal-lan – Internal LAN created on a bridge per IEEE 802.1ap. • <interface-id> - Displays the IP interface configuration for the specified interface identifier. This is a unique value that represents the specific interface. This value is a combination of slot number and port number separated by a slash, for interface type other than i-lan. For example: 0/1 represents that the slot number is 0 and port number is 1. Only i-lan ID is provided for interface type i-lan. For example: 1 represents i-lan ID. • loopback<loopback-id(0-100)> - Displays the IP interface configuration for the specified loopback ID. This is a unique value that represents the specific loopback created. This value ranges from 0 to 100. • vlan-counters - Displays the VLAN traffic statistics for all interfaces (for which the member port details are configured) available in the switch or all contexts.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	vrf - default
Note:	If executed without the optional parameters this command displays the IP interface statistics and configuration for all the available interfaces.
Example	SEFOS# show ip interface vrf default vlan1 is up, line protocol is down Internet Address is 12.0.0.6/8 Broadcast Address 12.255.255.255 Vlan counters disabled Ex0/1 is down, line protocol is down Internet Address is 0.0.0.0/0 Broadcast Address 255.255.255.255 Vlan counters enabled
Related Command(s)	• ip address - Sets the IP address for an interface. • switchport - Configures the port as switch port. • release - Releases the DHCP lease obtained for an IP address from a DHCP server, on the specified interface. • renew - Renews the DHCP lease for the interface specified. • show interfaces - Displays the interface status and configuration • counters - Enables or disables the statistics collection status for a VLAN interface. • ip unnumbered - vlan - Configures the associated source interface for the unnumbered interface. • ppp serverip - Sets the Server IP address for the PPP Interface on PPP Client.

4.53 show authorized-managers

Command Objective	This command displays the configured authorized managers' related information available in the switch.
Syntax	show authorized-managers [ip-source < ip-address >]
Parameter Description	• ip-source< ip-address > - Displays the configured authorized manager-related information for the specified network or host address.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show authorized-managers Ip Authorized Manager Table --------------------------- Ip Address : 12.0.0.1 Ip Mask : 255.255.255.255 Services allowed : ALL Ports allowed : Ex0/1 On cpu0 : Deny Vlans allowed : All Available Vlans
Related Command(s)	• authorized-manager ip-source - Configures an IP authorized manager.

4.54 show interfaces

Command Objective	This command displays the interface status and configuration.
Syntax	show interfaces [{ [<interface-type> <interface-id>] [{ description \| storm-control \| flowcontrol \| capabilities \| status \| port-security-state \| rate-limit }] \| {vlan <vlan-id/vfi-id> } \| tunnel <tunnel-id (0-128)> \| private-vlan mapping \| ppp <ppp-id(1-128)> [config] }]
Parameter Description	• <interface-type> - Displays the interface status and configuration for the specified type of interface. The interface can be: ▪ fastethernet – Officially referred to as 100BASE-T standard. This is a version of LAN standard architecture that supports data transfer upto 100 Megabits per second. ▪ XL-ethernet – A version of LAN standard architecture that supports data transfer upto 40 Gigabits per second. ▪ extreme-ethernet – A version of Ethernet that supports data transfer upto 10 Gigabits per second. ▪ i-lan – Internal LAN created on a bridge per IEEE 802.1ap. • <interface-id> - Displays the interface status and configuration for the specified interface identifier. This is a unique value that represents the specific interface. This value is a combination of slot number and port number separated by a slash. For example: 0/1 represents that the slot number is 0 and port number is 1. description - Displays the admin status and protocol status for the specified interface. • description - Displays the interface description. • storm-control - Displays the broadcast, multicast, and unicast storm control suppression levels for the specified interface. • flowcontrol - Displays the flow control-related statistics for the specified interface. • capabilities - Displays the interface type, interface speed, duplex operation, and flowcontrol status for the specified interface. • status - Displays the status, duplex details, speed, and negotiation mode of the specified interface. • port-security-state - Displays the state of the port security option. • rate-limit - Displays the rate limit burst size and rate-limit value of the interface. • vlan <vlan-id/vfi-id>- Displays the interface status and configuration for the specified VLAN/ VFI ID. This value ranges from 1 to 65535. ▪ <vlan –id> - VLAN ID is a unique value that represents the specific VLAN. This value ranges from 1 to 4094 ▪ <vfi-id>. - VFI ID is a VLAN created in the system which contains pseudowires and attachment circuits as member ports . This creates a logical LAN for the VPLS service. This value ranges from 4096 to 65535 Note: The VLAN ID 4095 is reserved and may be used to indicate a wildcard match for the VID in management operations or filtering database entries. Note: VFI IDs 4096 and 4097 are reserved identifiers used in MPLS PW. Note: The theoretical maximum for the maximum number of VFI is 65535 but the actual number of VFI supported is a sizing constant. Based on this, the maximum number of VFI ID accepted in the management interface is restricted. For example if 100 VFIs are supported, the maximum number of VFI supported will be restricted to hundred added to the maximum number of VLANs. An error message is displayed for any value beyond this range. • tunnel<tunnel-id (0-128)> - Displays the interface status and configuration for the specified tunnel ID. This is a unique value that represents the specific tunnel created. This value ranges from 0 to 128. • private-vlan mapping - Displays list of secondary VLAN to the primary VLAN IVR interface, so that both VLANs share the same primary VLAN. • ppp <ppp-id(1-128) - Displays configurations of the point to point protocol interface. This value ranges from 1 to 128. ▪ config - Displays all the details specific to inteface index.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show interfaces extreme-ethernet 0/1 Ex0/1 up, line protocol is up (connected) Bridge Port Type: Customer Bridge Port Interface SubType: extreme-ethernet Interface Alias: interface1 Hardware Address is 00:03:02:03:04:01 MTU 200 bytes, Error in Duplex status 100 Mbps, Auto-Negotiation HOL Block Prevention disabled. CPU Controlled Learning disabled. Auto-MDIX on Link Up/Down Trap is enabled Reception Counters Octets : 0 Unicast Packets : 0 Multicast Packets : 0 Broadcast Packets : 0 Discarded Packets : 0 Error Packets : 0 Unknown Protocol : 0 Transmission Counters Octets : 158406 Unicast Packets : 0 Multicast Packets : 1702 Broadcast Packets : 0 Discarded Packets : 0 Error Packets : 0 SEFOS# show interfaces description Interface Status Protocol Description --------- ------ -------- ----------- Ex0/1 up up Ex0/2 up up Ex0/3 down down Interface1 Ex0/4 up up Ex0/5 up up Ex0/7 down down po2 up down vlan1 up up vlan3 down down vlan2 down down tunnel0 down down tunnel1 down down internal-lan1down down virtual1 up up SEFOS# show interfaces extreme-ethernet 0/1 storm-control Ex0/1 DLF Storm Control : Disabled DLF Storm Control Limit : 0 Broadcast Storm Control : Enabled Broadcast Storm Control : 0 Multicast Storm Control : Enabled Multicast Storm Control : 0 SEFOS# show interfaces extreme-ethernet 0/1 flow-control Port Admin Oper Tx Pause Rx Pause HC TxPause HC RxPause Tx Rx Tx Rx ---- ------- ------- -------- -------- ---------- ---------- Ex0/2 on on off off 0 0 0 0 SEFOS# show interfaces extreme-ethernet 0/2 capabilities Ex0/2 Type : 10/100/1000 Base TX Speed : 10, 100, 1000, Auto Duplex : Half, Full FlowControl : Send, Receive SEFOS# show interfaces vlan 1 vlan1 up, line protocol is up (connected) Interface SubType: Not Applicable Interface Alias: vlan1 SEFOS# show interfaces port-channel 2 po2 up, line protocol is down (not connect) Bridge Port Type: Invalid Bridge Port Interface SubType: Not Applicable Interface Alias: po2 Hardware Address is 00:03:02:03:04:41 SEFOS# show interfaces tunnel 0 tunnel0 down, line protocol is down (not connect) Interface SubType: Not Applicable Hardware is Tunnel MTU 1480 bytes Encapsulation TUNNEL Tunnel Source 20.0.0.1,Destination 0.0.0.0 Tunnel for Openflow Hybrid Checksumming of packets Disabled Path MTU Discovery Disabled SEFOS# show interfaces rate-limit Ex0/1 Port Control Rate Limit : 0 kbps Port Control Burst Size : 0 kbits Ex0/2 Port Control Rate Limit : 0 kbps Port Control Burst Size : 0 kbits Ex0/3 Port Control Rate Limit : 0 kbps Port Control Burst Size : 0 kbits Ex0/4 Port Control Rate Limit : 0 kbps Port Control Burst Size : 0 kbits Ex0/5 Port Control Rate Limit : 0 kbps Port Control Burst Size : 0 kbits Ex0/7 Port Control Rate Limit : 0 kbps Port Control Burst Size : 0 kbits po2 Port Control Rate Limit : 0 kbps Port Control Burst Size : 0 kbits SEFOS# show interfaces port-security-state Interface Port-Security-State --------- ------------------- Ex0/1 Trusted Ex0/2 Trusted Ex0/3 Trusted Ex0/5 Untrusted SEFOS# show interfaces Ex0/1 up, line protocol is up (connected) Bridge Port Type: Customer Bridge Port Interface SubType: extreme-ethernet Interface Alias: Slot0/1 Hardware Address is 00:04:02:03:04:01 MTU 1500 bytes, Error in Duplex status 100 Mbps, Auto-Negotiation HOL Block Prevention disabled. CPU Controlled Learning disabled. Auto-MDIX on Link Up/Down Trap is enabled Reception Counters Octets : 888896 Unicast Packets : 8044 Multicast Packets : 446 Broadcast Packets : 3 Discarded Packets : 4021 Error Packets : 0 Unknown Protocol : 0 Transmission Counters Octets : 117795 Unicast Packets : 0 Multicast Packets : 1426 Broadcast Packets : 0 Discarded Packets : 0 Error Packets : 0 Ex0/2 up, line protocol is up (connected) Interface SubType: extreme-ethernet Interface Alias: Slot0/2 Hardware Address is 00:04:02:03:04:01 MTU 1500 bytes, Link Up/Down Trap is enabled Reception Counters Octets : 0 Unicast Packets : 0 Multicast Packets : 0 Broadcast Packets : 0 Discarded Packets : 0 Error Packets : 0 Unknown Protocol : 0 Transmission Counters Octets : 0 Unicast Packets : 0 Multicast Packets : 0 Broadcast Packets : 1 Discarded Packets : 1 Error Packets : 0 vlan1 up, line protocol is up (connected) Interface SubType: Not Applicable Interface Alias: vlan1 ppp1 down, line protocol is down Interface SubType: HDLC LCP Down serial1/1 up, line protocol is up (connected) Interface SubType: Not Applicable Encapsulation PPP, virtual-link ppp1
Related Command(s)	• interface-configuration and deletion - Configures interface such as out-of-band management, port channel, tunnel and so on • snmp trap link-status - Enables trap generation on the interface. • storm-control - Sets storm control rate for broadcast, multicast, and DLF packets. • flowcontrol - Enables flow-control. • show flow-control - Displays the flow-control information. • mac-addr - Configures MAC address for the interface. • tunnelmode - Configures the tunnel interface with the associated parameters. • tunnel checksum - Enables end-to-end checksumming of packets. • tunnel path-mtu-discovery - Enables Path MTU discovery on tunnel. • tunnel udlr - Associates tunnel with a unidirectional interface. • shutdown – physical/VLAN/port-channel/tunnel interface - Disables a physical interface, VLAN interface, port-channel interface, tunnel interface, or OOB interface. • rate-limit - Enables the pause ingress rate limit above which PAUSE frames are transmitted on the interface. • alias - For interface - Configures the alias name for the interface. The name is a string of maximum size 63. • set backplane interface - Configures an interface as backplane interface in the system. • port-security-state - Configures the port security state of the interface. • channel-group - Sets the channel group for the HDLC interface. • controller - Configures a HDLC controller and enters into Controller Configuration mode. • snmp trap link-status - Enables or disables trap generation on the interface. • layer - Configures a virtual PPP link to a physical interface.

4.55 show interfaces - counters

Command objectives	This command displays the interface statistics for each port.
Syntax	show interfaces {counters \| HC-counters} [{ ppp <ppp-id(1-4094)> \| <interface-type> <interface-id> \| vlan <vlan_vfi_id> \| tunnel <tunnel-id(0-128)>}]
Parameter Description	• counters - Displays the interface statistics for all the available interfaces. • HC-counters - Displays the interface incoming and outgoing traffic statistics for the HC port. • ppp<short(1-4094)> - Displays the counters for the interfaces of the point to point protocol. This value ranges from 1 to 4094. • <interface-type> - Displays the interface incoming and outgoing traffic statistics for the specified type of interface. The interface can be: ▪ fastethernet – Officially referred to as 100BASE-T standard. This is a version of LAN standard architecture that supports data transfer upto 100 Megabits per second. ▪ XL-ethernet – A version of LAN standard architecture that supports data transfer upto 40 Gigabits per second. ▪ extreme-ethernet – A version of Ethernet that supports data transfer upto 10 Gigabits per second. ▪ internal-lan – Internal LAN created on a bridge per IEEE 802.1ap. ▪ port-channel – Logical interface that represents an aggregator which contains several ports aggregated together. • <interface-id> - Displays the counters for the interface incoming and outgoing traffic statistics for the specified interface identifier. This is a unique value that represents the specific interface. This value is a combination of slot number and port number separated by a slash, for interface type other than internal-lan and port-channel. For example: 0/1 represents that the slot number is 0 and port number is 1. Only internal-lan or port-channel ID is provided, for interface types internal-lan and port-channel. For example: 1 represents internal-lan and port-channel ID. • vlan <vlan_vfi_id> - Displays the interface statistics for the specified VLAN/ VFI ID. This value ranges from 1 to 65535. ▪ <vlan –id> - VLAN ID is a unique value that represents the specific VLAN. This value ranges from 1 to 4094. ▪ <vfi-id>. - VFI ID is a VLAN created in the system which contains pseudowires and attachment circuits as member ports . This creates a logical LAN for the VPLS service. This value ranges from 4096 to 65535. Note: The VLAN ID 4095 is reserved and may be used to indicate a wildcard match for the VID in management operations or filtering database entries. Note: VFI IDs 4096 and 4097 are reserved identifiers used in MPLS PW. Note: The theoretical maximum for the maximum number of VFI is 65535 but the actual number of VFI supported is a sizing constant. Based on this, the maximum number of VFI ID accepted in the management interface is restricted. For example if 100 VFIs are supported, the maximum number of VFI supported will be restricted to hundred added to the maximum number of VLANs. An error message is displayed for any value beyond this range. • tunnel<tunnel-id(0-128)> - Displays the counters for the interface incoming and outgoing traffic statistics for the tunnel identifier. This is a unique value that represents the specific tunnel created. This value ranges from 0 to 128.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show interfaces counters Port InOctet InUcast InMcast InBcast InDiscard InErrs InHCOctet ---- ------- ------- ------- ------- --------- ------ --------- Ex0/1 41285879 191399 31496 138 191269 0 41285879 Ex0/2 0 0 0 0 0 0 0 vlan1 7341060 54994 0 0 0 0 7341060 Port OutOctet OutUcast OutMcast OutBcast OutDiscard OutErrs OutHCOctet ---- -------- -------- -------- -------- ---------- ------- ---------- Ex0/1 2309555 0 26615 0 0 0 2309555 Ex0/2 655 0 6 0 0 0 655 vlan1 14708005 55134 0 56 0 0 14708005 SEFOS# show interfaces counters vlan 1 Port InOctet InUcast InMcast InBcast InDiscard InErrs InHCOctet ---- ------- ------- ------- ------- --------- ------ --------- vlan1 7415163 55536 0 0 0 0 7415163 Port OutOctet OutUcast OutMcast OutBcast OutDiscard OutErrs OutHCOctet ---- -------- -------- -------- -------- ---------- ------- ---------- vlan1 14788627 55672 0 56 0 0 14788627 SEFOS # show interfaces HC-counters Port InHCOctet InUcastPkts InMulticastPkts ---- --------- ----------- -------------- Ex0/1 594011 0 0 Ex0/2 0 0 0 vlan1 0 0 0 Port OutHCOctet OutUcastPkts OutMulticastPkts ---- ---------- ------------ --------------- Ex0/1 18027 0 0 Ex0/2 11275 0 0 vlan1 120 0 0 SEFOS# show interfaces HC-counters extreme-ethernet 0/1 Port InHCOctet InUcastPkts InMulticastPkts ---- --------- ----------- -------------- Ex0/1 153868 0 0 Port OutHCOctet OutUcastPkts OutMulticastPkts ---- ---------- ------------ --------------- Ex0/1 16730 0 0 SEFOS # show interfaces HC-counters tunnel 0 Port InHCOctet InUcastPkts InMulticastPkts ---- --------- ----------- -------------- tunnel0 0 0 0 Port OutHCOctet OutUcastPkts OutMulticastPkts ---- ---------- ------------ --------------- tunnel0 0 0 0
Related Command(s)	• interface - Configure interface such as out-of-band management, port channel, tunnel and so on.

4.56 show system-specific port-id

Command Objective	This command displays the system-specific index configuration for all interfaces for which this configuration is done.
Syntax	show system-specific port-id
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show system-specific port-id Interface PortID -------- -------- Slot0/1 45
Related Command(s)	• system-specific port-id - Configures the system-specific index for the port.

4.57 show custom-param

Command Objective	This command displays the custom-param configurations done in the switch.
Syntax	show custom-param
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show custom-param Slot0/1 AttrID AttrValue -------- -------- 4 5454 Slot0/2 AttrID AttrValue -------- -------- 2 2424 Type Length Value -------- -------- -------- 2 4 root 5 4 root
Related Command(s)	• set custom-param - Configures the custom-param for a particular port.

4.58 show interface mtu

Command Objective	This command shows the Maximum Transmission Unit (MTU) of ports in the switch.
Syntax	show interfaces mtu [{ Vlan <vlan-id/vfi-id> [switch <switch-name>] \| port-channel <port-channel-id (1-65535)> \| <interface-type> <interface-id> }]
Parameter Description	• Vlan <vlan-id/vfi-id> - Displays the MTU value for the specified VLAN/ VFI ID. This value ranges from 1 to 65535. ▪ <vlan –id> - VLAN ID is a unique value that represents the specific VLAN. This value ranges from 1 to 4094. ▪ <vfi-id> - VFI ID is a VLAN created in the system which contains pseudowires and attachment circuits as member ports . This creates a logical LAN for the VPLS service. This value ranges from 4096 to 65535. Note: The VLAN ID 4095 is reserved and may be used to indicate a wildcard match for the VID in management operations or filtering database entries. Note: VFI IDs 4096 and 4097 are reserved identifiers used in MPLS PW. Note: The theoretical maximum for the maximum number of VFI is 65535 but the actual number of VFI supported is a sizing constant. Based on this, the maximum number of VFI ID accepted in the management interface is restricted. For example if 100 VFIs are supported, the maximum number of VFI supported will be restricted to hundred added to the maximum number of VLANs. An error message is displayed for any value beyond this range. • switch <switch-name> - Configures IP interface for the specified context. This value represents unique name of the switch context. This value is a string whose maximum size is 32. This parameter is specific to multiple instance feature. This feature has been included to adhere to the Industry Standard CLI syntax. • port-channel<port-channel-id (1-65535)> - Displays the MTU value for the specified port-channel ID. This is a unique value that represents the specific port-channel created. This value ranges from 1 to 65535. • <interface-type> - Displays the MTU value for the specified type of interface. The interface can be: ▪ fastethernet – Officially referred to as 100BASE-T standard. This is a version of LAN standard architecture that supports data transfer upto 100 Megabits per second. ▪ XL-ethernet – A version of LAN standard architecture that supports data transfer upto 40 Gigabits per second. ▪ extreme-ethernet – A version of Ethernet that supports data transfer upto 10 Gigabits per second. ▪ internal-lan – Internal LAN created on a bridge per IEEE 802.1ap. • <interface-id> - Displays the MTU value for the specified interface identifier. This is a unique value that represents the specific interface.This value is a combination of slot number and port number separated by a slash, for interface type other than i-lan.For example: 0/1 represents that the slot number is 0 and port number is 1. Only i-lan ID is provided for interface type i-lan. For example: 1 represents i-lan ID.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show interface mtu vlan 1 vlan1 MTU size is 1500
Related Command(s)	• mtu- Configures the Maximum Transmission Unit frame size for the interface.

4.59 show nvram

Command Objective	This command displays the current information stored in the NVRAM.
Syntax	show nvram
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show nvram Default IP Address : 20.0.0.1 Default Subnet Mask : 255.0.0.0 Default IP Address Config Mode : Dynamic Default IP Address Allocation Protocol : BOOTP Switch Base MAC Address : 00:89:fe:34:55:33 Default Interface Name : Ex0/1 Default RM Interface Name : int1 Config Restore Option : No restore Config Save Option : No save Auto Save : Enable Incremental Save : Enable Roll Back : Enable Config Save IP Address : 0.0.0.0 Config Save Filename : switch.conf Config Restore Filename : /home/automation/code/future/LR/switch1/restore.conf PIM Mode : Sparse Mode IGS Forwarding Mode : MAC based Cli Serial Console : Yes SNMP EngineID : 80.00.08.1c.04.46.53 SNMP Engine Boots : 42 Default VLAN Identifier : 1 Stack PortCount : 0 ColdStandby : Disable Store Default Value : Disable Vrf Unique Mac : Enable Hitless Restart Flag : Disable Hardware Version : 5.9.1 Firmware Version : 6.7.2 Hardware Part Number : 1-0-0 Software Serial Number : 1-0-0 Software Version : 7.2.0 Switch Name : default RM Heart Beat Mode : Internal RM Redundancy Type : Cold RM Data Plane Type : Shared RM Type : OOB NPAPI mode : Synchronous TimeStamp Method : Software Restore Flag : Enabled Dynamic Port Count : 24 FIPS operation mode : Disabled Restore Option : Disabled Bridge Mode : Customer Bridge Debugging Log File Location : /home/twg Management Port : Disabled Automatic Port Create Flag : Disabled IMG_DUMP_PATH : /home/twg/
Related Command(s)	• default mode - Configures the mode by which the default interface acquires its IP address. • default restore-file - Configures the default restoration file. • default ip address - Configures the IP address and subnet mask for the default interface. • ip address - Sets the IP address for an interface. • base-mac - Configures the base MAC address for the switch in the NVRAM. • login authentication - Sets the authentication method for user logins. • write - Writes the running-config to a file in flash, startup-configuration file, or to a remote site. • erase- Clears the contents of the startup configuration or sets parameters in NVRAM to default values. • default vlan id - Sets default VLAN Identifier in NVRAM to be used at reboot of the switch. • default ip address allocation protocol - Configures the protocol by which the default interface acquires its IP address. • incremental-save - Enables or disables the incremental save feature. • auto-save trigger - Enables or disables the auto save trigger function. • rollback - Enables or disables the rollback function. • cli console - Enables the console CLI through a serial port. • automatic-port-create - Enables or disables the Automatic Port Create feature. • default rm-interface-type - Configures the type of interface used for RM communication. • default rm-interface - Specifies the name of the default RM interface that can be used for communication between the Active and Standby nodes. • default value save - Enables or disables the default value save option. • set redundancy heart-beat - Sets the method for redundancy manager election.The method can be either internal logic or external logic. • set redundancy-type - Sets the type of redundancy model for redundancy manager. • set redundancy hardware-type - Sets the type of dataplane or hardware.

4.60 show env

Command Objective	This command displays the status of the all the resources like CPU, flash and RAM usage, and also displays the current, power, and temperature of the switch. This command is a complete standardized implementation of the existing command.
Syntax	show env {all \| temperature \| fan \| RAM \| CPU \| flash \| power}
Parameter Description	• all - Displays threshold information of all resources such as CPU, Flash, RAM, power, and temperature. • temperature - Displays temperature threshold values of the switch in Celcius. • fan - Displays the threshold information of the fan. • RAM - Displays the maximum RAM usage of the switch in percentage. • CPU - Displays the maximum CPU usage of the switch in percentage. • flash - Displays the maximum flash usage of the switch in percentage. • power - Displays the threshold power supply for the switch.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show env all RAM Threshold : 98% Current RAM Usage : 81% CPU Threshold : 100% Current CPU Usage : 2% Fan Status 1 : Operational Fan Status 2 : Operational Fan Status 3 : Operational Fan Status 4 : Operational Fan Status 5 : Operational Min power supply : 110v Max power supply : 220v Current power supply : 230v Max Temperature : 37C Min Temperature : -10C Current Temperature : 40C Flash Threshold : 100% Current Flash Usage : 66% Mgmt Port Routing : Disabled SEFOS# show env RAM RAM Threshold : 98% Current RAM Threshold : 97% SEFOS# show env power Min power supply : 110v Max power supply : 220v Current power supply : 230v
Related Command(s)	• set switch maximum - threshold - Sets the switch maximum threshold values of RAM, CPU, and flash. • set switch temperature - threshold - Sets the maximum and minimum temperature threshold values of the switch. • set switch power - threshold - Sets the maximum and minimum threshold values of the switch power supply.

4.61 show system information

Command Objective	This command displays system information.
Syntax	show system information
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show system information Hardware Version : 5.9.1 Firmware Version : 6.7.2 Hardware Part Number : 1-0-0 Software Serial Number : 1-0-0 Software Version : 6.12.6 Switch Name : Oracle ES2-72 System Contact : System Location : Logging Option : Console Logging Login Authentication Mode : Local Config Save Status : Not Initiated Remote Save Status : Not Initiated Config Restore Status : Not Initiated Traffic Separation Control : none
Related Command(s)	• login authentication - Sets the authentication method for user logins. • system contact - Sets the system contact information. • system location - Sets the system location. • debug-logging - Configures the displays of debug logs. • config-restore - Configures the startup configuration restore option. • set switch-name - Sets the name of the switch. • Traffic seperation control - Configures the method for receiving control packets to CPU.

4.62 show flow-control

Command Objective	This command displays the flow-control information.
Syntax	show flow-control [ interface <interface-type> <interface-id>]
Parameter Description	• <interface-type> - Displays the flow-control information for the specified type of interface. The interface can be: ▪ fastethernet – Officially referred to as 100BASE-T standard. This is a version of LAN standard architecture that supports data transfer upto 100 Megabits per second. ▪ XL-ethernet – A version of LAN standard architecture that supports data transfer upto 40 Gigabits per second. ▪ extreme-ethernet – A version of Ethernet that supports data transfer upto 10 Gigabits per second. ▪ i-lan – Internal LAN created on a bridge per IEEE 802.1ap. • <interface-id> - Displays the flow-control information for the specified interface identifier. This is a unique value that represents the specific interface. This value is a combination of slot number and port number separated by a slash, for interface type other than i-lan. For example: 0/1 represents that the slot number is 0 and port number is 1. Only i-lan ID is provided for interface type i-lan. For example: 1 represents i-lan ID.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Note:	If this command is executed without the optional parameter it displays the flowcontrol information of the Oracle SEFOS router. Otherwise it displays the flowcontrol information of the specified interface.
Example	SEFOS# show flow-control interface extreme-ethernet 0/1 Port Admin Oper Tx Pause Rx Pause HC TxPause HC RxPause Tx Rx Tx Rx ---- ------- ------- -------- -------- ---------- ---------- Ex0/1 on on off off 0 0 0 0
Related Command(s)	• show interfaces - Displays interface status and configuration. • flowcontrol - Enables flowcontrol on an interface.

4.63 show debug-logging

Command Objective	This command displays the debug logs stored in file.
Syntax	show debug-logging [standby]
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show debug-logging standby Creating log file fsir.log.4693
Related Command(s)	• debug-logging - standby - Configures the standby debug logging display option in the system. • debug-logging flash url - Sets the debugging logging option as Flash URL (Uniform Resource Locator). The debug traces or logs will be stored in that path.

4.64 show debugging

Command Objective	This command displays state of each debugging option.
Syntax	show debugging
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show debugging Spanning Tree : Spanning tree timers related debugging is on
Related Command(s)	• debug spanning-tree - Provides spanning tree debugging support. • debug dot1x - Enables debugging of dot1x module. • debug radius - Enables RADIUS debugging options. • debug ip igmp snooping- Specifies the debug levels for the IGMP snooping module. • debug ssh - Sets the given trace levels for SSH. • debug ssl - Sets the given debug levels for SSL. • debug vlan - Enables the tracing of the VLAN submodule as per the configured debug levels. • debug garp - Enables the tracing of the GARP submodule as per the configured debug levels. • debug ip dhcp client - Enables the tracking of the DHCP client operations as per the configured debug levels. • debug ip dhcp relay - Enables the debug level for tracing the DHCP Relay Module • debug ip dhcp server - Enables the tracking of the DHCP server operations as per the configured debug levels. • debug ethernet-oam – Enables or displays the debug level for the EOAM Module.

4.65 show clock

Command Objective	This command displays the system date and time.
Syntax	show clock
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show clock Wed Oct 08 17:15:17 2014 (UTC +00:00)
Related Command(s)	• clock set - Manages the system clock.

4.66 show running-config

Command Objective	This command displays the configuration information currently running on the router, the configuration for a specific interface, or map class information and this configuration is lost if the system is restarted The command is useful when there are multiple interfaces and you want to look at the configuration of a specific interface.
Syntax	show running-config [{ syslog \| dhcp \| dhcp6 \|dvmrp \| stp [ switch <context_name> ] \| ecfm [switch <context_name>] \| la \| pnac \| igs \| mlds \| vlan <vlan-id/vfi-id> [ switch <context_name> ] \| interface { <interfacetype> <interfacenum> \| vlan <vlan-id/vfi-id> } \|ospf \| isis \| rip \| bgp \| ipv6 \| rip6 \| ssh \| ssl \| acl \| ip \| pim \| pimv6 \| vrrp \| snmp \| radius \| rmon \| rm \| mbsm \| ospf3 \| mpls \| igmp \| eoam \| fm \| igmp-proxy \| elmi \| route-map \| tacacs \| tac \| sntp \| switch <context_name> \| nat \| elps \| erps \| [switch <context_name>] \| entity-mib \| http \| poe \| pbb [switch <context_name>] \|cn [switch <context_name>] \| dcbx \| ptp \|clkiwf \| mld \| msdp \| msdpv6 \| lldp \| firewall \| system \| ospfte \| ipsourceguard \| tlm \| rbridge \| l2dhcsnp \| mef \| network-clock \| vrf <vrf-name> \| hs \| bfd \| rsna [<rsna-id>] \| ppp \| qosxtd \| qos \| dsmon \| mrp \| ofcl \| wss \| vpn \|ipsecv6 \|esat \| vxlan \| wssuser}]
Parameter Description	• syslog - Displays the configuration done in the syslog module. • dhcp - Displays the configuration done in the DHCP module. • dvmrp - Displays the configuration done in the DVMRP module. • stp - Displays the configuration done in the STP module. ▪ switch <context_name> - Displays the configuration done in the context for the specified module. This value represents unique name of the switch context. This value is a string of maximum size 32. This parameter is specific to multiple instance feature. • ecfm - Displays the configuration done in the ECFM module. • la - Displays the configuration done in the LA module. • pnac - Displays the configuration done in the PNAC module. • igs - Displays the configuration done in the IGS module. • mlds - Displays the configuration done in the MLDS module. • vlan <vlan-id/vfi-id> - Displays the configuration done for the specified VLAN / VFI ID. This is a unique value that represents the specific VLAN/ VFI created or to be created. This value ranges from 1 to 65535. ▪ <vlan –id> - VLAN ID is a unique value that represents the specific VLAN. This value ranges from 1 to 4094. ▪ <vfi-id>. - VFI ID is a VLAN created in the system which contains pseudowires and attachment circuits as member ports . This creates a logical LAN for the VPLS service. This value ranges from 4096 to 65535 Note: The VLAN ID 4095 is reserved and may be used to indicate a wildcard match for the VID in management operations or filtering database entries. Note: VFI IDs 4096 and 4097 are reserved identifiers used in MPLS PW. Note: The theoretical maximum for the maximum number of VFI is 65535 but the actual number of VFI supported is a sizing constant. Based on this, the maximum number of VFI ID accepted in the management interface is restricted. For example if 100 VFIs are supported, the maximum number of VFI supported will be restricted to hundred added to the maximum number of VLANs. An error message is displayed for any value beyond this range. ▪ switch <context_name> - Displays the configuration done in the context for the specified module. This value represents unique name of the switch context. This value is a string of maximum size 32. This parameter is specific to multiple instance feature. • interface - Displays the configuration done for the specified type of interface ▪ <interfacetype> - Displays the configuration done for the specified type of interface. The interface can be: • fastethernet – Officially referred to as 100BASE-T standard. This is a version of LAN standard architecture that supports data transfer upto 100 Megabits per second. • XL-ethernet – A version of LAN standard architecture that supports data transfer upto 40 Gigabits per second. • extreme-ethernet – A version of Ethernet that supports data transfer upto 10 Gigabits per second. • i-lan – Internal LAN created on a bridge per IEEE 802.1ap. • port-channel – Logical interface that represents an aggregator which contains several ports aggregated together. ▪ <interface-id> - Displays the configuration done for the specified interface identifier. This is a unique value that represents the specific interface. This value is a combination of slot number and port number separated by a slash, for interface type other than i-lan and port-channel. For example: 0/1 represents that the slot number is 0 and port number is 1. Only i-lan or port-channel ID is provided, for interface types i-lan and port-channel. For example: 1 represents i-lan and port-channel ID. ▪ vlan <vlan-id/vfi-id> - Displays the configuration done for the specified VLAN / VFI ID. This is a unique value that represents the specific VLAN/ VFI created or to be created. This value ranges from 1 to 65535. • <vlan –id> - VLAN ID is a unique value that represents the specific VLAN. This value ranges from 1 to 4094 • <vfi-id>. - VFI ID is a VLAN created in the system which contains pseudowires and attachment circuits as member ports . This creates a logical LAN for the VPLS service. This value ranges from 4096 to 65535 Note: The VLAN ID 4095 is reserved and may be used to indicate a wildcard match for the VID in management operations or filtering database entries. Note: VFI IDs 4096 and 4097 are reserved identifiers used in MPLS PW. Note: The theoretical maximum for the maximum number of VFI is 65535 but the actual number of VFI supported is a sizing constant. Based on this, the maximum number of VFI ID accepted in the management interface is restricted. For example if 100 VFIs are supported, the maximum number of VFI supported will be restricted to hundred added to the maximum number of VLANs. An error message is displayed for any value beyond this range. • ospf - Displays the configuration done in the OSPF module. • rip - Displays the configuration done in the RIP module. • bgp - Displays the configuration done in the BGP module. • ipv6 - Displays the configuration done in the IPv6 module. • rip6 - Displays the configuration done in the RIP6 module. • ssh - Displays the configuration done in the SSH module. • ssl - Displays the configuration done in the SSL module. • acl - Displays the configuration done in the ACL module. • ip - Displays the configuration done in the IP module. • pim - Displays the configuration done in the PIM module. • vrrp - Displays the configuration done in the VRRP module. • snmp - Displays the configuration done in the SNMP module. • radius - Displays the configuration done in the RADIUS module. • rmon - Displays the configuration done in the RMON module. • rm - Displays the configuration done in the RM module. • mbsm - Displays the configuration done in the MBSM module. • ospf3 - Displays the configuration done in the OSPFv3 module. • mpls - Displays the configuration done in the MPLS module. • igmp - Displays the configuration done in the IGMP module. • eoam - Displays the configuration done in the EOAM module. • fm - Displays the configuration done in the FM module. • igmp-proxy - Displays the configuration done in the IGMP proxy module. • elmi - Displays the configuration done in the ELMI module. • route-map - Displays the configuration done for the route map feature. • tacacs - Displays the configuration done in the TACACS module. • tac - Displays the configuration done in the TAC module. • sntp - Displays the configuration done in the SNTP module. ▪ switch <context_name> - Displays the configuration done in the context for the specified module. This value represents unique name of the switch context. This value is a string of maximum size 32. This parameter is specific to multiple instance feature. • nat - Displays the configuration done in the NAT module. • elps - Displays the configuration done in the ELPS module. • erps - Displays the configuration done in the ERPS module. ▪ switch <context_name> - Displays the configuration done in the context for the specified module. This value represents unique name of the switch context. This value is a string of maximum size 32. This parameter is specific to multiple instance feature. • entity-mib - Displays the configuration done in the emtity-mib module. • http - Displays the configuration done in the http module. • poe - Displays the configuration done in the poe module. • pbb - Displays the configuration done in the pbb module. ▪ switch <context_name> - Displays the configuration done in the context for the specified module. This value represents unique name of the switch context. This value is a string of maximum size 32. This parameter is specific to multiple instance feature. • cn - Displays the configuration done in the cn module. ▪ switch <context_name> - Displays the configuration done in the context for the specified module. This value represents unique name of the switch context. This value is a string of maximum size 32. This parameter is specific to multiple instance feature. • dcbx - Displays the configuration done in the extended dcbx module. • ptp - Displays the configuration done in the ptp module. • clkiwf - Displays the configuration done in the clkiwf module. • mld - Displays the configuration done in the mld module. • msdp - Displays the configuration done in the msdp module. • msdpv6 - Displays the configuration done in the msdpv6 module. • lldp - Displays the configuration done in the lldp module. • firewall - Displays the configuration done in the firewall module. • system - Displays the configuration done in the system. • ospfte - Displays the configuration done in the OSPF TE module. • ipsourceguard - Displays the configuration done in the IP Source Guard module. • tlm - Displays the configuration done in the TLM module. • rbridge - Displays the configuration done in the Rbridge module. • l2dhcsnp - Displays the configuration done in L2 DHCP snooping module. • mef - Displays the configuration done in MEF module. • network-clock - Displays the configuration done in SyncE module. • vrf <vrf-name> - Displays the configuration done for the specified VRF instance created in the system. • hs - Displays the configuration done in HotSpot module. • bfd - Displays the configuration done in BFD module. • rsna - Displays the configuration done in the RSNA module. ▪ <rsna-id> - Displays the configuration for the specified Profile ID. This value ranges from 1 to 512. Note: This option is available only when RSNA feature is enabled in WSS. • ppp - Displays the configuration done in PPP module. • qosxtd - Displays the configuration done in QoSx module. Note: This option is available only when QoSX is enabled. • qosx - Displays the configuration done in QoS module. Note: This option is available only when Diffserv is enabled. • dsmon - Displays the configuration done in DSMON module. • mrp - Displays the configuration done in MRP module. Note: This option is available only when MRP is enabled. • ofcl - Displays the configuration done in OFCL module. • wss - Displays the configuration done in WSS module. Note: This option is available only when WSS is enabled. • vpn - Displays the configuration done in vpn module. Note: This option is available only when VPN is enabled in the system. • ipsecv6 - Displays the configuration done in IPsecV6 module. Note: This option is available only when IPSecv6 is enabled in the system. • esat - Displays the configuration done in ESAT module. Note: This option is available only when ESAT is enabled in the system. • vxlan - Displays the configuration done in VXLAN module. Note: This option is available only when VXLAN is enabled in the system. • wssuser - Displays the configuration done in WSSUSER module. Note: This option is available only when WSSUSER is enabled in the system.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
	If executed without the optional parameters this command displays the current active configurations, other than the default configurations of all the modules in all the interfaces.
Example	The output given below is only a fragment of the whole output. This output differs based on the modules that are configured. SEFOS# show running-config bgp Building configuration... router bgp 100 bgp router-id 100.20.6.100 redistribute static neighbor 100.20.6.20 remote-as 200 neighbor 100.20.6.20 maximum-prefix 10 ! router bgp 100 ! End
Related Command(s)	Includes the configuration commands of all the modules (given as parameters in the show running-config command).

4.67 show http server status

Command Objective	This command displays the HTTP server status and HTTP port.
Syntax	show http server status
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show http server status HTTP server status : Enabled HTTP port is : 80 HTTP Requests In : 0 HTTP Invalids : 0
Related Command(s)	• ip http port – Sets the HTTP port. • set ip http – Enables or disables HTTP.

4.68 show system acknowledgement

Command Objective	This command displays acknowledgement statement for open sources used in the software.
Syntax	show system acknowledgement
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show system acknowledgement 1. SSH (Secure Shell) The SSH functionality in SEFOS is implemented using the open source software from http://www.openssh.org, developed by Theo de Raadt, Niels Provos, Markus Friedl, Bob Beck, Aaron Campbell and Dug Song. All copyrights listed at http://www.openssh.org/ apply. With respect to licensing terms, the same website explains the following: "OpenSSH is developed by the OpenBSD Project. The software is developed in countries that permit cryptography export and is freely useable and re-useable by everyone under a BSD license." A copy of the license file is available at: http://www.mips.com/LicenseMapper/OpenBSD.html. The BSD license is also described at - http://www.openbsd.org/faq/faq1.html#WhatIs OpenSSH version used - 5.1 2. SSL (Secure Socket Layer) This product includes software developed by the OpenSSL Project for use in the OpenSSL Toolkit. (http://www.openssl.org/) This product includes cryptographic software written by Eric Young (eay@cryptsoft.com). This product includes software written by Tim Hudson (tjh@cryptsoft.com). The SSL functionality in SEFOS is implemented using the open source software from http://www.openssl.org, which include software written by Eric A. Young and Tim J. Hudson. All copyrights listed at http://www.openssl.org/ apply. With respect to licensing terms, the same website explains the following: "The OpenSSL toolkit is licensed under an Apache-style license, which basically means that you are free to get and use it for commercial and non-commercial purposes subject to some simple license conditions." A copy of the license file is available at: http://www.openssl.org/source/license.html. OpenSSL version used - 0.9.8i 3. For secure transfer of the software image or configuration file, SEFOS uses the SFTP (SSH File Transfer Protocol) from http://www.openssh.org, developed by Theo de Raadt, Niels Provos, Markus Friedl, Bob Beck, Aaron Campbell and Dug Song. All copyrights listed at http://www.openssh.org/ apply. With respect to licensing terms, the same website explains the following: -"OpenSSH is developed by the OpenBSD Project. The software is developed in countries that permit cryptography export and is freely useable and re-useable by everyone under a BSD license." A copy of the license file is available at: http://www.mips.com/LicenseMapper/OpenBSD.html. The BSD license is also described at - http://www.openbsd.org/faq/faq1.html#WhatIs. OpenSSH version used - 5.1 4. Telnet Client The Telnet client functionality in SEFOS is implemented using the open source software PuTTY available at: http://www.chiark.greenend.org.uk/~sgtatham/putty/ The PuTTY source code is distributed under the MIT license. A copy of the license file is available at: http://www.chiark.greenend.org.uk/~sgtatham/putty/licence.html PuTTY version used - 0.60 5. SSH Client The SSH client functionality in SEFOS is implemented using the open source software PuTTY available at: http://www.chiark.greenend.org.uk/~sgtatham/putty/ . The PuTTY source code is distributed under the MIT license. A copy of the license file is available at: http://www.chiark.greenend.org.uk/~sgtatham/putty/licence.html PuTTY version used - 0.60.

4.69 show mac-learn-rate

Command Objective	This command displays maximum number of unicast dynamic MAC (L2) MAC entries hardware can learn on the system, in MAC learning limit rate interval.
Syntax	show mac-learn-rate
Mode	Privileged EXEC mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show mac-learn-rate Switch MAC Learn Limit Rate : 1000 Switch MAC Learn Limit Rate Interval: 1000
Related Command(s)	• mac-learn-rate - Configures the number of MAC entries indicated to control plane from hardware, when hardware MAC learning is enabled.

4.70 port-isolation in_vlan_ID

Command Objective	This command enables the VLAN traffic to be allowed in these configured egress ports when the ingress is this interface. The no form of the command disables the Port Isolation rule in this ingress interface.
Syntax	port-isolation in_vlan_ID [{add\|remove}] port_list no port-isolation
Parameter Description	• in_vlan_ID - Configures the specified VLAN ID. This is a unique value that represents the specific VLAN created or to be created. This value ranges from 1 to 4094. • add - Configures the addition of the egress ports. • remove - Configures the removal of the egress ports. • port_list - Configures the list of ports through which the traffic is allowed. The ports can be either a physical or link aggregated port.
Mode	Interface Configuration Mode (physical ports or Link Aggregated port).
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config-if)# port-isolation 1 add extreme-ethernet 0/2
Related Command(s)	• show port-isolation - Displays the Port Isolation table.

4.71 show port-isolation

Command Objective	This command displays the Port Isolation table.
Syntax	show port-isolation [ingress-port <ifXtype> <ifnum>]
Parameter Description	• ingress-port - Ingress port refers to a physical or link aggregated port through which a packet ingress. ▪ <ifXtype> Displays the type of interface. The interface can be: • fastethernet – Officially referred to as 100BASE-T standard. This is a version of LAN standard architecture that supports data transfer up to 100 Megabits per second. • XL-ethernet – A version of LAN standard architecture that supports data transfer up to 40 Gigabits per second. • extreme-ethernet – A version of Ethernet that supports data transfer up to 10 Gigabits per second. • internal-lan – Internal LAN created on a bridge per IEEE 802.1ap. • port-channel – Logical interface that represents an aggregator which contains several ports aggregated together. ▪ <ifnum> Sets the interface identifier. This is a unique value that represents the specific interface. This value is a combination of slot number and port number separated by a slash, for interface type other than internal-lan and port-channel. Only i-lan or port-channel ID is provided, for interface types internal-lan and port-channel.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show port-isolation Ingress Port VlanId StorageType Egress List ============ ====== =========== =========== Ex0/2 10 Non-Volatile Ex0/1 Ex0/3 - Non-Volatile Ex0/2
Related Command(s):	• port-isolation in_vlan_ID - Enables the VLAN traffic to be allowed in these configured egress ports when the ingress is this interface.

4.72 set timer speed

Command Objective	This command configures the system timer speed. This value ranges from 1 to 1000.
Syntax	set timer speed <timer-speed(1-1000)>
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config)# set timer speed 100

4.73 set front-panel port-count

Command Objective	This command configures the number of physical ports in a device for the purpose of switching or routing. The value should not exceed the system defined maximum physical interfaces. When the configured value is less than the maximum physical interfaces, the difference in port count is used for stacking purpose only when the stacking is enabled. Else, the ports are considered as physically not present and would not be initialized.
Syntax	set front-panel port-count <ports>
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Note:	• It is not advisable to change the front panel port count when some configurations are already saved. • Once the front panel port count is configured, the switch has to be restarted before saving any configuration.
Example	SEFOS(config)# set front-panel port-count 24

4.74 audit-logging

Command Objective	This command enables or disables audit logging that allows users to configure audit trails, which track changes that have been made to a router. Each change is logged as a syslog message, and all syslog messages are kept in the audit file, which is kept in the audit subsystem.
Syntax	audit-logging { enable \| disable}
Parameter Description	• enable - Enables audit logging. • disable - Disables audit logging.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	Disable
Example	SEFOS(config)# audit-logging enable
Related Command(s)	• audit-logging filename - Specifies the name of the file to which audit log is saved. • audit-logging filesize - Specifies the the maximum file size in kilobytes of the configs.txt file. • audit-logging reset - Erases the contents in configs.txt file and start logging. • show confg log - Displays information related to audit logging. • show audit - Displays the content of the audit-log file.

4.75 audit-logging filename

Command Objective	This command specifies the name of the file to which audit log is saved. The maximum string value of the file name is 128.
Syntax	audit-logging filename <filename>
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	Config.txt
Example	SEFOS(config)# audit-logging filename srv.txt
Related Command(s)	• audit-logging – Enables or disables audit logging. • audit-logging filesize - Specifies the the maximum file size in kilobytes of the configs.txt file. • audit-logging reset - Erases the contents in configs.txt file and start logging. • show confg log - Displays information related to audit logging. • show audit - Displays the content of the audit-log file.

4.76 audit-logging filesize

Command Objective	This command specifies the maximum file size(in kilobytes of the configs.txt file) of the audit file which is a fixed file size in the disk file system. The audit file contains syslog messages and it is stored on the disk. The number of messages that can be stored is dependent on the size of the selected file and the size determines the number of messages that can be stored on the disk before a wrap-around occurs. Ensure that the audit file is secure and the audit file should be access-protected so that only the audit subsystem can access it. This value ranges from 1024 to 1048576.
Syntax	audit-logging filesize <filesize(1024-1048576)>
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	1048576
Example	SEFOS(config)# audit-logging filesize 1025
Related Command(s)	• audit-logging – Enables or disables audit logging. • audit-logging filename - Specifies the name of the file to which audit log is saved. • audit-logging reset - Erases the contents in configs.txt file and start logging. • show confg log - Displays information related to audit logging. • show audit - Displays the content of the audit-log file.

4.77 audit-logging reset

Command Objective	This command is used to erase the contents in configs.txt file and start logging.
Syntax	audit-logging reset
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config)# audit-logging reset
Related Command(s)	• audit-logging – Enables or disables audit logging. • audit-logging filesize - Specifies the the maximum file size in kilobytes of the configs.txt file. • audit-logging filename - Specifies the name of the file to which audit log is saved. • show confg log - Displays information related to audit logging. • show audit - Displays the content of the audit-log file.

4.78 default rm-interface

Command Objective	This command specifies the name of the default RM interface that can be used for communication between the Active and Standby nodes for providing redundancy support. The default RM interface, if modified, will take effect only when the switch is restarted. The maximum size of the string is 23.
Syntax	default rm-interface <if-name>
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	None
Example	SEFOS(config)# default rm-interface int1
Related Command(s)	• default rm-interface-type - Configures the type of interface used for RM communication.

4.79 vrf unq-mac

Command Objective	This command enables a flag which assigns a unique MAC address to each virtual router. Configuring this command results in updating the sefosnvram.file and the configured value will be effective from next SEFOS boot.
Syntax	vrf unq-mac { enable \| disable }
Parameter Description	• enable - Enables a flag which assigns a unique MAC address to each virtual router. The value 1 represents enable. • disable - Disables a flag which assigns a unique MAC address to each virtual router. The value 0 represents disable.
Mode	Global Configuration Mode
Default	disable
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config)# vrf unq-mac enable

4.80 show config log

Command Objective	This command displays information related to audit logging.
Syntax	show config log
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show config log Audit Status : Enabled Audit File Name : config.text Audit File Size : 1025 Audit Log Size Threshold : 70
Related Command(s)	• audit-logging – Enables or disables audit logging. • audit-logging filename - Specifies the name of the file to which audit log is saved. • audit-logging filesize - Specifies the the maximum file size in kilobytes of the configs.txt file. • audit-logging reset - Erases the contents in configs.txt file and start logging.

4.81 memtrace

Command Objective	This command permits the enabling and disabling of the generation of log or trace messages throughout the module. It acts as a Tracing Level Flag and specifies the level of trace or log to be enabled in the module.
Note:	The if defined (MEMTRACE_WANTED)switch should be enabled before executing this command.
Syntax	memtrace {enable\|disable}
Parameter Description	• enable - Enabling the generation of log or trace messages throughout the module. • disable - Disabling the generation of log or trace messages throughout the module.
Mode	Privilege Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# memtrace enable
Related Command(s)	• show memtrace status - Displays the memtrace status.

4.82 show memtrace status

Command Objective	This command displays the memtrace status.
Syntax	show memtrace status {cru\|system}
Parameter Description	• cru - Displays CRU(common routing utilities) buffer Memory Allocation data. • system - Displays System Memory Allocation data.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show memtrace status cru
Related Command(s)	• memtrace - Permits the enabling and disabling of the generation of the log or trace messages throughout the module.

4.83 show mempool

Command Objective	This command displays the mempool leak-related information and statistics.
Note:	This command executes only if MEMTRACE_WANTED is enabled.
Syntax	show mempool [leak]
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show mempool
Related Command(s)	• memtrace - Permits the enabling and disabling of the generation of the log or trace messages throughout the module.

4.84 hol blocking prevention

Command Objective	This command enables or disable the Head-of-Line Blocking prevention which manages the HOL blocking situation by checking whether the packet has been assigned priority. If the packets have assigned priority, those packets are placed in a separate queue. The low priority data can be discarded as applications keep track of whether a re-transmission is necessary or not.
Note:	This command is available only if NPAPI is enabled in the switch.
Syntax	hol blocking prevention
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS (config)# hol blocking prevention

4.85 management vlan-list <port_list>

Command Objective	This command sets the VLAN list for the L3 VLAN interface. The no form of the command resets the VLAN list for the L3 VLAN interface.
Note:	This command is available only if WGS is enabled in the switch.
Syntax	management vlan-list <vlan-list> no management vlan-list <vlan-list>
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config)# management vlan-list 1
Related Command(s)	• show management vlan - Displays the VLANs associated with the management interface.

4.86 login block-for

Command Objective	This command configures the maximum number of successful login attempts and the lock out time to block the user.
Syntax	login block-for <seconds(30-600)> attempts <tries(1-10)>
Parameter Description	• <seconds(30-600)> - Configures the lock out time in seconds that a user is blocked following unsuccessful logins. This value ranges from 30 to 600. • <tries(1-10)> - Configures login attempts. This is the number of times a user is allowed to login using wrong password in the login prompt. This value ranges from 1 to 10.
Mode	Global Configuration Mode
Package	Enterprise, Work Group, Metro_E, and Metro
Default	• seconds - 30 • tries - 3
Example	SEFOS(config)# login block-for 30 attempts 3

4.87 audit-logging logsize-threshold

Command Objective	This command configures the threshold value of the log storage space with respect to the maximum storage space size. The threshold value in percentage ranges between 1 and 99.
Syntax	audit-logging logsize-threshold <threshold in %(1-99)>
Mode	Global Configuration Mode
Package	Enterprise, Work Group, Metro_E, and Metro
Default	threshold in % - 70
Example	SEFOS(config)# audit-logging logsize-threshold 99
Related Command(s)	• show config log - Displays the information related to audit logging. • show audit - Displays the content of the audit-log file.

4.88 feature telnet

Command Objective	This command enables the telnet service in the system. The no form of this command disables the telnet service.
Syntax	feature telnet no feature telnet
Mode	Global Configuration Mode
Package	Enterprise, Work Group, Metro_E, and Metro
Default	The telnet service is enabled
Example	SEFOS(config)# feature telnet
Related Command(s)	• show telnet server - Displays the telnet server status.

4.89 show telnet server

Command Objective	This command displays the telnet server status.
Syntax	show telnet server
Mode	Privileged EXEC Mode
Package	Enterprise, Work Group, Metro_E, and Metro
Example	SEFOS# show telnet server telnet service enabled
Related Command(s)	• feature telnet - Enables the telnet service in the system.

4.90 show audit

Command Objective	This command displays the content of the audit-log file.
Syntax	show audit [filestat]
Parameter Description	• filestat - Displays rollover counter and number of messages received.
Mode	Privileged EXEC Mode
Package	Enterprise, Work Group, Metro_E and Metro
Example	SEFOS# show audit filestat Audit:root audit-logging reset SUCCESS CONSOLE Wed Oct 8 17:06:29 2014 Audit:root default rm-interface int1 SUCCESS CONSOLE Wed Oct 8 17:06:29 2014 Audit:root vrf unq-mac enable SUCCESS CONSOLE Wed Oct 8 17:06:29 2014 Audit:root internal-lan 1 add interface virtual 1 FAILURE CONSOLE Wed Oct 8 17:06:29 2014 Audit:root set entity physical-index 2222222 asset-id 8 serial-number 7 alias-name FAILUR E CONSOLE Wed Oct 8 17:06:29 2014 Audit:root web-session timeout 120 SUCCESS CONSOLE Wed Oct 8 17:06:29 2014 Audit:root automatic-port-create enable SUCCESS CONSOLE Wed Oct 8 17:06:29 2014 Audit:root automatic-port-create disable SUCCESS CONSOLE Wed Oct 8 17:06:29 2014 Audit:root traffic-separation control system_default SUCCESS CONSOLE Wed Oct 8 17:06:29 20 14 Audit:root end SUCCESS CONSOLE Wed Oct 8 17:06:29 2014 Audit:root configure terminal SUCCESS CONSOLE Wed Oct 8 17:06:29 2014 Audit:root interface extreme-ethernet 0/3 SUCCESS CONSOLE Wed Oct 8 17:06:29 2014 SEFOS# show audit Audit:root audit-logging reset SUCCESS CONSOLE Wed Oct 8 17:06:29 2014 Audit:root default rm-interface int1 SUCCESS CONSOLE Wed Oct 8 17:06:29 2014 Audit:root vrf unq-mac enable SUCCESS CONSOLE Wed Oct 8 17:06:29 2014 Audit:root internal-lan 1 add interface virtual 1 FAILURE CONSOLE Wed Oct 8 17:06:29 2014 Audit:root set entity physical-index 2222222 asset-id 8 serial-number 7 alias-name FAILUR E CONSOLE Wed Oct 8 17:06:29 2014 Audit:root web-session timeout 120 SUCCESS CONSOLE Wed Oct 8 17:06:29 2014 Audit:root automatic-port-create enable SUCCESS CONSOLE Wed Oct 8 17:06:29 2014 Audit:root automatic-port-create disable SUCCESS CONSOLE Wed Oct 8 17:06:29 2014 Audit:root traffic-separation control system_default SUCCESS CONSOLE Wed Oct 8 17:06:29 20 14 Audit:root end SUCCESS CONSOLE Wed Oct 8 17:06:29 2014 Audit:root configure terminal SUCCESS CONSOLE Wed Oct 8 17:06:29 2014 Audit:root interface extreme-ethernet 0/3 SUCCESS CONSOLE Wed Oct 8 17:06:29 2014
Related Command(s)	• audit-logging – Enables or disables audit logging. • audit-logging filename - Specifies the name of the file to which audit log is saved. • audit-logging filesize - Specifies the the maximum file size in kilobytes of the configs.txt file. • audit-logging reset - Erases the contents in configs.txt file and start logging. • audit-logging logsize-threshold - Configures the threshold value of the log storage space with respect to the maximum storage space size.

4.91 set http authentication-scheme

Command Objective	This command configures the Configurable HTTP authentication scheme.
Syntax	set http authentication-scheme {default \| basic \| digest}
Parameter Description	• default - Sets the configurable HTTP authentication scheme to default. • basic - Sets the configurable HTTP authentication scheme to basic. • digest - Sets the configurable HTTP authentication scheme to digest.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Default	default
Example	SEFOS (config)# set http authentication-scheme basic
Related Command(s)	• show http authentication-scheme - Displays the operational and configurable authentication scheme values.

4.92 set http redirection enable

Command Objective	This command enables the HTTP redirection feature. The no form of this command disables the HTTP redirection feature.
Syntax	set http redirection enable no http redirection enable
Mode	Global Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Default	HTTP redirection is disabled.
Example	SEFOS (config)# set http redirection enable

4.93 http redirect

Command Objective	This command configures the alternate server for the URL specified. The alternate server’s IP or Domain name can be specified. On receiving request for the URL, a redirection status is sent as response for the request. The no form of this command removes the redirection entry added to the server specified for the URL.
Syntax	http redirect <URL to be redirected> server {IPv4 Address \|IPv6 Address \| Domain name} no http redirect [<URL to be redirected>]
Parameter Description	• <URL to be redirected> - Configures the URL which has to be redirected. • server - Configures the server for the URL which is redirected. The options are: • IPv4 Address – Sets the IP address of the alternate server in v4 format. • IPv6 Address – Sets the IP address of the alternate server in v6 format. • Domain name - Configures the domain name of the alternate server.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS (config)# http redirect /sample/ server 12.0.0.2
Related Command(s)	• show http redirection - Displays the redirection entries filtered by URL or all the entries.

4.94 show http authentication-scheme

Command Objective	This command displays the operational and configurable authentication scheme values.
Syntax	show http authentication-scheme
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS# show http authentication-scheme The Operational HTTP authentication scheme is Default The Configured HTTP authentication scheme is Basic
Related Command(s)	• set http authentication-scheme – Sets the configurable HTTP authentication scheme value to default or basic or digest.

4.95 show http redirection

Command Objective	This command displays the redirection entries filtered by URL or all the entries.
Syntax	show http redirection [URL]
Parameter Description	• URL - Configures the URL for which the redirection entry has to be displayed.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS# show http redirection /sample/ HTTP Redirection Entries ---------------------------- URL Server IP/DomainName --- -------------------- /sample/ 12.0.0.2
Related Command(s)	• http redirect - Configures the alternate server for the URL specified.

4.96 Entity MIB

Entity MIB is a standardized way of representing a single agent, which supports multiple instances of one MIB. With the Entity MIB support in SEFOS, all the instances of the MIBs registered with agent are identifiable, so that the NMS (Network Management System) can easily communicate with the particular instance or logical entity. Entity MIB also provides the complete hierarchal hardware component view to the user.

4.96.1 set entity physical-index

Command Objective	This command configures the read-write objects of the physical components present in the system which defines a greater than zero value used to identify a physical entity. The physical index is an arbitrary value that uniquely identifies the physical entity which can be small positive integer.
Syntax	set entity physical-index <integer (1..2147483647)> {[asset-id <SnmpAdminString (Size (1..32))>] [serial-number <SnmpAdminString (Size (1..32))>] [alias-name <SnmpAdminString (Size (1..32))>] [uris <OCTET-STRING (Size (1..255))>]} no entity physical-index <integer (1-2147483647)> [assetId] [serial-number][alias-name][uris]
Parameter Description	• <integer(1..2147483647)> - Specifies the index of the physical entity. This value ranges from 1 to 2147483647. • asset-id - Specifies the asset tracking identifier for the physical entity. This value is a string of size varying between 1 and 32 characters. Asset tracking identifier is not needed for the physical entities (such as repeater ports within a repeater module) that are not considered as a field replaceable unit by the vendor. A zero-length string is returned for these entities. • serial-number - Specifies the vendor-specific serial number string for the physical entity. This value is a string of size varying between 1 and 32 characters. Serial number string is not needed for the physical entities (such as repeater ports within a repeater module) that are not considered as a field replaceable unit by the vendor. A zero-length string is returned for these entities. • alias-name - Specifies the alias name for the physical entity. This value provides a non-volatile handle for the entity. This value is a string of size varying between 1 and 32 characters. • uris - Specifies the additional identification information (that is URI (Uniform Resource Indicator) about the physical entity. This value ranges from 1 to 255 .
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	• assetId - Zero-length string, on initial instantiation of the physical entity. • serial-number - Zero-length string, on initial instantiation of the physical entity, if a serial number is unknown or non-existent. Correct vendor-assigned serial number, on initial instantiation of the physical entity, if the serial number is available to the SNMP agent. • alias-name - Zero-length string, on initial instantiation of the physical entity. The SNMP agent may also set the value to a locally unique default value.
Note:	• If write access is implemented for an instance of asset ID and a value is written into the instance, SNMP agent should retain the value as long as the entity associated with the instance remains instantiated. This instantiation includes the instantiation across all re-initialization or reboot of the NMS, and instantiation resulting in a change of the physical entity’s index value. • If write access is implemented for an instance of the serial number string and a value is written into the instance, SNMP agent should retain the value as long as the entity associated with the instance remains instantiated. This instantiation includes the instantiation across all re-initialization or reboot of the NMS, and instantiation resulting in a change of the physical entity’s index value. • If the agents cannot provide non-volatile storage for the serial number string, then the agents are not required to implement write access for the the serial number string object. • Implementations that can correctly identify the serial numbers of all installed physical entities are not required to provide write access to the serial number string object. • If write access is implemented for an instance of the alias name and a value is written into the instance, SNMP agent should retain the value as long as the entity associated with the instance remains instantiated. This instantiation includes the instantiation across all re-initialization or reboot of the NMS, and instantiation resulting in a change of the physical entity’s index value.
Example	SEFOS(config)# set entity physical-index 2222222 asset-id 8 serial-number 7 alias-name GJG uris yg
Related Command(s)	• show entity physical - Displays the physical entities.

4.96.2 show entity logical

Command Objective	This command displays multiple logical entities within a single physical entity. The overall physical entity contains multiple (smaller) physical entities and each logical entity is associated with a particular physical entity.
Syntax	show entity logical [index <integer (1..2147483647)>]
Parameter Description	• index<integer (1..2147483647)> - Displays the index of the logical entity. This value ranges from 1 to 2147483647.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show entity logical index 1 Logical Index: 1 Logical Description: Aricent Linux Router Ver 1.0 Logical Type: stdpnac Logical Community: default Logical Transport Address: Logical Transport Domain: Logical Context Engine Id: 80:00:08:1c:04:46:64 Logical Context Name: default
Related Command(s)	• set entity physical-index - Configures the read-write objects of the physical components present in the system.

4.96.3 show entity physical

Command Objective	This command displays the physical entities which are physical components that represents an identifiable physical resource within a managed system. Zero or more logical entities may utilize a physical resource at any given time.
Syntax	show entity physical [index <integer (1..2147483647)>]
Parameter Description	• index<integer (1..2147483647)> - Displays the index of the physical entity. This value ranges from 1 to 2147483647.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show entity physical index 1 Physical Index: 1 Physical Descr: Network Element Physical VendorType: Physical ContainedIn: 0 Physical Class: Chassis Physical ParentRelPos: 0 Physical Name: SEFOS Physical HardwareRev: 5.9.1 Physical SoftwareRev: 6.2.0 Physical FirmwareRev: 6.7.2 Physical Serial Num: not available Physical MfgName: Aricent Physical ModelName: not available Physical Alias: DummyName Physical AssetID: DummyId Physical MfgDate: 2009-8-6,13:30:30.1 Physical Uris: not available Physical FRU Status: True
Related Command(s)	• interface-configuration and deletion - Configures interface such as out-of-band management, port channel, tunnel and so on • set entity physical-index - Configures the read-write objects of the physical components present in the system.

4.96.4 show entity lp-mapping

Command Objective	This command displays the mapping of logical and physical entities, interfaces, and non-interface ports managed by a single agent. The LP-Mapping contains mappings between logical entities and physical components supporting that entity. A logical entity can map to more than one physical component, and more than one logical entity can map to the same physical component.
Syntax	show entity lp-mapping
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show entity lp-mapping Logical Entity Mapped Physical Entity -------------- ---------------------- 1 () 10 (Port) 2 () 12 (Port)
Related Command(s)	• map switch - Maps the port to the context.

4.96.5 show entity alias-mapping

Command Objective	This command displays the mapping of logical and physical entity with the alias external object identifiers values. This allows resources managed with other MIBs (e.g. repeater ports, bridge ports, physical and logical interfaces) to be identified in the physical entity hierarchy. Each alias identifier is only relevant in a particular naming scope.
Syntax	show entity alias-mapping [index <integer (1..2147483647)>]
Parameter Description	• index <integer (1..2147483647)> - Displays the index of the physical entity. This value ranges from 1 to 2147483647.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show entity alias-mapping Physical Entity Logical Entity Mapped External Identifier --------------- -------------- -------------------------- 10 (Port) all 11 (Port) all 12 (Port) all 13 (Port) all 14 (Port) all 15 (Port) all
Related Command(s)	• interface – configuration and deletion - Configures interface such as out-of-band management, port channel, tunnel and so on.

4.96.6 show entity phy-containment

Command Objective	This command displays the simple mapping between the physical contained values for each container and containee relationship in the managed system.
Syntax	show entity phy-containment [index <integer (1..2147483647)>]
Parameter Description	• index <integer (1..2147483647)> - Displays the index of the physical entity. This value ranges from 1 to 2147483647.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show entity phy-containment Containmaint Relationship ------------------------- Physical Entity : 1 (Chassis) Member Physical Entities : 2 (Cpu), 3 (Power Supply), 4 (Fan) 5 (Fan), 6 (Fan), 7 (Fan) 8 (Fan), 9 (Module) Physical Entity : 9 (Module) Member Physical Entities : 10 (Port), 11 (Port), 12 (Port) 13 (Port), 14 (Port), 15 (Port) ------------------------------------------------------------
Related Command(s)	• interface – configuration and deletion - Configures interface such as out-of-band management, port channel, tunnel and so on

4.97 set hitless-restart enable

Command Objective	This command enables the hitless restart feature by which the software is restarted without affecting any datapath and without disturbing the protocol relationships with any peer nodes.
Syntax	set hitless-restart enable
Mode	Privileged EXEC Mode
Package	Metro and Metro_E
Default	Hitless restart is disabled.
Example	SEFOS# set hitless-restart enable <129>Nov 9 04:54:50 SEFOS FM [FM - RM] : 131.0.0.1 RM : ACTIVE completed started none :: Nov 9 04:54:49 2011 SEFOS# Nov 9 04:54:49 2011: RM[ACTIVE]: Hitless Restart: Bulk storage completed.Nov 9 04:54:49 2011: RM[ACTIVE]: Hitless Restart: Steady state pkt request starts. Nov 9 04:54:49 2011: RM[ACTIVE]: Hitless Restart: All Steady State packets are stored in NPSIM.Nov 9 04:54:49 2011: RM[ACTIVE]: Do write start-up and PLEASE RESTART THE EXE

4.98 ssh

Command Objective	This command establishes SSH client session with the specified IP address.
Note:	This command is available only if OPENPUTTY is enabled in the switch.
Syntax	ssh <ipv4_addr/ipv6_addr> [-1] [-2] [-4] [-6] [-A] [-a] [-C] [-N] [-s] [-V] [-v] [-l <username>] [-T] [-t] [<remote-command>]
Parameter Description	• <ipv4_addr/ipv6_addr> - Establishes SSH client session for the specified IP address. It supports both IPv4 and IPv6 addresses. • -1 - Forces SSH to try protocol version 1. • -2 - Forces SSH to try protocol version 2. • -4 - Forces SSH to use IPv4 addresses only. • -6 - Forces SSH to use IPv6 addresses only. • -A - Enables forwarding of the authentication agent connection. • -a - Disables forwarding of the authentication agent connection. • -C - Requests compression of all data. • -N - Does not execute a remote command. • -s - Specifies the subsystem as the remote command (SSH-2 only). • -V - Supports print version information and exit. • -v - Displays verbose messages. • -l <username> - Specifies the user name. • -T - Disables pseudo-tty allocation. • -t - Enables force pseudo-tty allocation. • <remote-command> - Specifies the remote command to be executed. If it is more than one argument use double quotes.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# ssh 12.0.0.0
Related Command(s)	• show – ssh/telnet client - Displays the status of SSH and telnet clients.

4.99 telnet

Command Objective	This command establishes telnet client session with the specified IP address.
Note:	This command is available only if OPENPUTTY is enabled in the switch.
Syntax	telnet <ipv4_addr/ipv6_addr> [-l <username>]
Parameter Description	• <ipv4_addr/ipv6_addr> - Establishes telnet client session for the specified IP address. It supports both IPv4 and IPv6 addresses. • -l <username> - Specifies the user name.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# telnet 12.0.0.0
Related Command(s)	• show – ssh/telnet client - Displays the status of SSH and telnet clients.

4.100 set telnet-client

Command Objective	This command enables or disables telnet client feature.
Note:	This command is available only if OPENPUTTY is enabled in the switch
Syntax	set telnet-client { enable \| disable }
Parameter Description	• enable - Enables the telnet client feature. • disable - Disables the telnet client feature.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	enable
Example	SEFOS# set telnet-client disable
Related Command(s)	• show – ssh/telnet client - Displays the status of SSH and telnet clients.

4.101 set ssh-client

Command Objective	This command enables or disables SSH client feature.
Note:	This command is available only if OPENPUTTY is enabled in the switch.
Syntax	set ssh-client { enable \| disable }
Parameter Description	• enable - Enables the SSH client feature. • disable - Disables the SSH client feature.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	enable
Example	SEFOS# set ssh-client enable
Related Command(s)	• show – ssh/telnet client - Displays the status of SSH and telnet clients.

4.102 show – ssh/telnet client

Command Objective	This command displays the status and number of active sessions of SSH and telnet clients.
Note:	This command is available only if OPENPUTTY is enabled in the switch
Syntax	show { ssh-client \| telnet-client }
Parameter Description	• ssh-client - Displays the status and number of active sessions of SSH client. • telnet-client - Displays the status and number of active sessions of telnet client.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show telnet-client Telnet Client Status : ENABLED No.of Active Telnet Clients : 0
Related Command(s)	• set ssh-client – Sets the status of SSH client. • set telnet-client - Sets the status of telnet client.

4.103 speed

Command Objective	This command sets the speed of the interface.
	This command executes only if NPAPI is enabled.
Syntax	speed { 10 \| 100 \| 1000 \| 10000 \| 40000 \| 56000 \| auto \| nonegotiate}
Parameter Description	• 10 - Sets the port to run at 10Mbps. • 100 - Sets the port to run at 100Mbps. • 1000 - Sets the port to run at 1000Mbps. • 10000 - Sets the port to run at 10000Mbps. • 40000 - Sets the port to run at 40000Mbps. • 56000 - Sets the port to run at 56000Mbps. • auto - Detects and sets the speed of the port automatically based on the peer switch. • nonegotiate - Disables negotiation on the ports.
Mode	Interface Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config-if)# speed 10

4.104 clear config

Command Objective	This command clears all the configurations done in SEFOS. All configurations will be cleared and default configurations will be restored. When the file name is given, after the configurations are cleared, the switch will be brought up with the default configurations given in the input file. Otherwise the current active configurations in SEFOS will be cleared and the switch will revert to default configuration.
Note:	clear config command should be executed only on the Active node.
Syntax	clear config[default-config-restore <filename>]
Parameter Description	• default-config-restore <filename> - Restores the default configuration. This is the name of the file, which contains the default configurations to be restored once configurations are cleared. When this file name is given, configurations in this file are assumed to be default configurations. The file name is a string with the maximum length as 128.
Mode	Privileged EXEC Mode
Package	Workgroup , Enterprise Metro and Metro_E
Note:	To execute the clear config command, the following modules should be enabled and disabled before compiling in their respective pakages: • Workgroup: ▪ DSMON - NO ▪ DHCP6_CLNT- YES ▪ DHCP6_RLY- YES ▪ DHCP6_SRV - YES ▪ CN - NO ▪ DCBX - NO ▪ RBRG_ NO ▪ MLDS - - YES ▪ PVRST - - YES ▪ IP6RTR - YES ▪ OPENPUTTY - YES ▪ SNTP - YES ▪ MRP - NO ▪ TAC - NO • METRO: ▪ LCM - NO ▪ MPLS - NO • For all packages: ▪ EVCPRO - NO ▪ ERPS - YES ▪ BFD - NO ▪ MFWD - NO
Example	SEFOS# clear config

4.105 automatic-port-create

Command Objective	This command enables or disables the Automatic Port Create feature. This configuration takes effect only after system restart.
Note:	To create or delete ports at STP module level, the Automatic Port Create feature has to be disabled.
Syntax	automatic-port-create { enable \| disable }
Parameter Description	• enable - Enables Automatic Port Create feature and the ports are automatically created in STP module when it is mapped to a context. • disable - Disables Automatic Port Create feature. When set to disabled, ports are not created automatically and ports can be created at STP.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Default	enable
Example	SEFOS(config)# automatic-port-create enable
Related Command(s)	• spanning-tree - Properties of an interface - Configures the port-related spanning tree information for all kinds of STPs and creates port in STP when Automatic Port Create feature is disabled. • show nvram - Displays the current information stored in the NVRAM. • write start-up config - Writes the running-config to a flash file, startup-configuration file, or to a remote site.

4.106 show provider-backbone line service-instance

Command Objective	This command displays the status of whether the packets can be sent or received for a service-instance in a context.
Syntax	show provider-backbone line service-instance <integer(256-16777214)> switch <string(32)>
Parameter Description	• <integer(256-16777214)> - Displays status of a service-instance packets for the specified service-instance. This value ranges from 256 to 16777214. • switch <string(32)> - Displays status of a service-instance packets , for the specified context. This value represents unique name of the switch context. This value is a string of maximum size 32. This parameter is specific to multiple instance feature.
Mode	Privileged EXEC Mode
Package	Metro and Metro_E
Example	SEFOS# show provider-backbone line service-instance 345 switch switch1 line protocol is up (connected)

4.107 sleep

Command Objective	This command makes the SEFOS sleep for the given time. Sleep delays the SEFOS CLI thread for the configured seconds. This value ranges from 1 to 65535 in seconds.
Syntax	sleep <seconds(1-65535)>
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# sleep 5

4.108 rate-limit pause

Command Objective	This command enables the pause ingress rate limit above which PAUSE frames are transmitted on the interface. The no form of the command disables pause ingress rate limiting on a port.
Note:	This command executes only if NPAPI is enabled.
Syntax	rate-limit pause [<high-watermark>] [<low-watermark>] no rate-limit pause
Parameter Description	• <high-watermark> - Configures the ingress rate equal to or above which PAUSE frames are transmitted. This value ranges from 1 to 80000000 kbps. • <low-watermark> - Configures the ingress rate below which transmission of PAUSE frames are stopped. This value ranges from 1 to 80000000 kbps.
Mode	Interface Configuration Mode (Physical)
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS (config-if)# rate-limit pause 400000 300000
Related Command(s)	• show interfaces - Displays the interface status and configuration.

4.109 cpu controlled learning

Command Objective	This command enables software learning of MAC address from the packets arriving on the interface instead of hardware learning of MAC address. The no form of the command disables CPU-controlled learning of MAC address on the interface.
Note:	This command executes only if NPAPI is enabled
Syntax	cpu controlled learning no cpu controlled learning
Mode	Interface Configuration Mode (Physical)
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS (config-if)# cpu controlled learning

4.110 traffic-separation control

Command Objective	This command configures the method for receiving control packets to CPU. This control ensures that the CPU processing capacity is utilized appropriately, according to the need of the protocol.
Syntax	traffic-separation control {system_default \| user_defined \| none}
Parameter Description	• System_default - Configures the method for receiving control packets to CPU as system-default . This implies that the software can automatically install the ACL and QoS rules for all the control packets. Note: If the configuration is changed from 'system_default' to 'user_defined' option, then all the default ACL and QoS rules for carrying protocol control packets to CPU are removed. Then user has to install the specific ACL and QoS rules, to carry the intended control packets to CPU for the processing. • User_defined - Configures the method for receiving control packets to CPU as user-defined. This implies that the software cannot automatically install the ACL and QoS rules for all the control packets. Only the administrator can install the required rules for receiving control packets to CPU Note: If the configuration is changed from user-defined to system-default or none, all the default ACL filters are installed. Already existing (if any) user-configured ACL rules in the system are not removed. • none - Configures the method for receiving control packets to CPU as none. Note: If the configuration is changed from 'none' to 'system_default' option, then all the default ACL filters for carrying protocol control packets to CPU are removed and new set of filters will be installed. Each filter will be associated with QoS rules. Note: If the configuration is changed from 'none' to 'user_defined' option, then all the default ACL filters for carrying protocol control packets to CPU are removed. Then user has to install the specific ACL and QoS rules, to carry the intended control packets to CPU for the processing.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Default	none
Example	SEFOS (config)# traffic-separation control system_default
Related Command(s)	• show access-lists - Shows the configuration details.

4.111 mdix auto

Command Objective	This command enables the MDI or MDIX Auto Crossover of the interface The no form of the command disables the MDI or MDIX Auto Crossover of the interface and set the port as MDIX port.
	This command executes only if NPAPI is enabled
Syntax	mdix auto no mdix auto
Mode	Interface Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	AutoCross is disabled
Example	SEFOS(config-if)# mdix auto
Related Command(s)	• set port - Sets the port to MDI or MDIX mode.

4.112 set port

Command Objective	This command sets the port to MDI or MDIX mode. This command is hardware-specific and MDIX is the vice versa of MDI.
	This command executes only if NPAPI is enabled.
Syntax	set port { mdi \| mdix }
Parameter Description	• mdi - Sets the port to MDI mode. This is hardware-specific where transmit pair is pins 1,2 and the receive pair is 3,6 pins for the particular port. • mdix - Sets the port to MDIX mode. This is hardware-specific where transmit pair is pins 3, 6 and the receive pair is 1, 2 pins for the particular port. MDIX is the vice versa of MDI.
Mode	Interface Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
	This command executes only when Auto cross is disabled.
Example	SEFOS(config-if)# set port mdix
Related Command(s)	• mdix port - Enables the MDI or MDIX Auto Cross over of the interface.

4.113 config-restore

Command Objective	This command configures the startup configuration restore option.
Syntax	config-restore {flash \| remote ip-addr <ip-address> file <filename> \| norestore}
Parameter Description	• flash - Restores the flash file that is to be used for restoration when the system is restarted. • remote ip-addr <ip-address> - Restores the IP address of the remote system from where the switch configurations have to be downloaded to the 'Startup Configuration File' in the flash. • file <filename> - Restores the specified remote location file that is to be used for restoration. This is a string with maximum size as 12. • norestore - Specifies that the switch configurations need not be restored when the system is restarted.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise, Metro_E, and Metro
Default	norestore
Example	SEFOS# config-restore flash
Related Command(s)	• show system information – Displays the system information.

4.114 set mgmt-port routing

Command Objective	This command enables or disables the management port routing function.
Syntax	set mgmt-port routing {enable \| disable}
Parameter Description	• enable - Enables the routing function over the Management Interface. This object can be configured only if the Management Port is used for IP Access. • disable - Disables the routing function over the Management Interface. This object can be configured only if the Management Port is used for IP Access.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise, Metro_E, and Metro
Default	disable
Example	SEFOS (config)# set mgmt-port routing enable

4.115 set switch-name

Command Objective	This command sets the name of the switch. This is a string with maximum size as 15.
Syntax	set switch-name <switchname>
Mode	Global Configuration Mode
Package	Workgroup, Enterprise, Metro_E, and Metro
Example	SEFOS(config)# set switch-name default
Related Command(s)	• show system information – Displays the system information.

4.116 show SEFOS memory status



	•



	•

4.117 packet receive index

Command Objective	This command configures the packet pattern and mask, for pattern matching on the received packets.
Syntax	packet receive index <integer > {value \| mask \| port <port_list>} no packet receive index <integer> [ mask ]
Parameter Description	• <integer (0-4)> -Configures the packet receive index value which uniquely identifies a pattern to be matched. This value ranges from 0 to 4. • value - Sets a value for the pattern to match with the received packets. • mask - Sets a value to mask the received packets. This value is the mask for the pattern to be matched by the packet analyser. This value ranges from 1 to 1600. • port <port_list> - Configures the port or list of ports of the receiver pattern. This is the complete set of ports over which the pattern is to be matched by the packet. This value ranges from 1 to 320. Use comma as a separator without space while configuring list of interfaces. Example: 1,3.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config)# packet receive index 0 port 223
Related Command(s)	show packet receive - Displays the match ports and the timers of the Pattern Analyser.

4.118 packet send index port

Command Objective	This command sets the port, interval, count for the packet transmitter, and transmits the packet, provided the packet pattern is configured. The no form of the command disables the packet transmitter for given index
Syntax	packet send index <integer > port <port_list> [count <integer (0-65536)> [interval <integer (1-65535)>]] no packet send index <integer(0-4)>
Parameter Description	• <integer > -Configures the packet send index value which uniquely identifies a packet to be sent. This value ranges from 0 to 4. • port <port_list> - Configures the port or port list of the receiver pattern. This value ranges from 1 to 320. Use comma as a separator without space while configuring list of interfaces. Example: 1,3. • count <integer (0-65536)> - Configures the number of packet to be sent over the ports. This value ranges from 0 to 65536. • interval <integer (1-65535)> - Configures the time interval for sending the packet over the port in seconds. This value ranges from 1 to 65535.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config)# packet send index 1 port 5
Related Command(s)	show packet send index - Displays the values of the packet transmitter table.

4.119 packet send index value

Command Objective	This command sets the packet pattern for the packet transmitter and transmits the packet, provided the interface is configured. The packet send index ranges between 0 and 4 and the packet send value ranges between 1 and 1600. The no form of the command disables the packet transmitter for given index.
Syntax	packet send index <integer > value no packet send index <integer >
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config)# packet send index 1 value Enter Value: 4
Related Command(s)	show packet send index - Displays the values of the packet transmitter table.

4.120 show packet send index

Command Objective	This command displays the values of the packet transmitter table. The packet send index ranges between 0 and 4.
Syntax	show packet send index <integer(0-4)>
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show packet send index 1 Index : 1 Value of the Pkt :
Related Command(s)	• packet send index value - Sets the port, interval, count for the packet transmitter, and transmits the packet, provided the packet pattern is configured. • packet send index port - Sets the packet pattern for the packet transmitter and transmits the packet, provided the interface is configured.

4.121 show packet receive index

Command Objective	This command displays the values of the packet receiver table. The packet receive index ranges between 0 and 4.
Syntax	show packet receive index <integer(0-4)>
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show packet receive index 1 Packet Analyzer
Related Command(s)	packet receive index - Configures the packet pattern and mask for pattern matching on the received packets.

4.122 set mirroring

Command Objective	This command enables or disables the mirroring in the system.
Syntax	set mirroring {enable \| disable}
Parameter Description	• enable – Enables mirroring in the system. When set as enabled, all mirroring configurations present will be programmed in hardware. • disable – Disables mirroring in the system and removes all configurations from the hardware.
Mode	Global Configuration Mode
Default	enable
Package	Workgroup, Enterprise, Metro_E, and Metro
Example	SEFOS(config)# set mirroring enable
Related Command(s)	• show monitor all - Displays the mirroring information present in the system.

4.123 default exec-timeout

Command Objective	This command configures the default exec-timeout value for line disconnection. This value ranges from 1 to 18000 seconds.
Syntax	default exec-timeout <integer (1-18000)> no default exec-timeout
Mode	Global Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS(config)# default exec-timeout 5

4.124 default rm-interface-type

Command Objective	This command configures the type of interface used for RM communication. Note: Configuring the rm-interface-type will result in updation to issnvram.txt file. The configured value will take effect on next reboot.
Syntax	default rm-interface-type { oob \| inband }
Parameter Description	• oob - Sets out-of-band Interface to be used for RM communication. RM Heartbeat and synchronization messages will be transmitted as IP packets. Native Linux TCP/IP stack is used to achieve Transport protocol functionality. • inband - Sets in-band ethernet interface to be used for RM communication. RM Heartbeat messages will be transmitted as Ethernet packets and synchronization messages will be transmitted as IP packets. SEFOS TCP/IP stack is used to achieve Transport protocol functionality.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	oob
Example	SEFOS(config)# default rm-interface-type oob
Related Command(s)	• default rm-interface - Specifies the name of the default RM interface that can be used for communication between the Active and Standby nodes. • show nvram - Displays the current information stored in the NVRAM.

4.125 port

Command Objective	This command configures port and CVLAN ID to AC interface.
Syntax	port <interface-name> <interface-id> [vlan <integer (1-65535)>]
Parameter Description	• <interface-type> - Configures the specified type of interface to the attachment circuit interface. The interface can be: ▪ fastethernet – Officially referred to as 100BASE-T standard. This is a version of LAN standard architecture that supports data transfer upto 100 Megabits per second. ▪ XL-ethernet – A version of LAN standard architecture that supports data transfer upto 40 Gigabits per second. ▪ extreme-ethernet – A version of Ethernet that supports data transfer upto 10 Gigabits per second. ▪ i-lan – Internal LAN created on a bridge per IEEE 802.1ap. ▪ port-channel – Logical interface that represents an aggregator which contains several ports aggregated together. • <interface-id> - Configures the specified interface identifier for the AC interface. This is a unique value that represents the specific interface. This value is a combination of slot number and port number separated by a slash, for interface type other than i-lan and port-channel. For example: 0/1 represents that the slot number is 0 and port number is 1. Only i-lan or port-channel ID is provided, for interface types i-lan and port-channel. For example: 1 represents i-lan and port-channel ID. • vlan <integer (1-65535)> - Configures the specified customer VLAN for the AC interface. This value ranges between 1 and 65535.
Mode	AC Interface Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Note:	The interface should be shut down before executing this command.
Example	SEFOS(config-if)# port extreme-ethernet 0/1
Related Command(s)	• shutdown - Shuts down interface. It must first be made administratively down • interface - ac - Configures the AC identifier. • show interfaces - Displays the interface status and configuration.

4.126 ip unnumbered - peer-mac

Command Objective	This command configures the associated source interface for the unnumbered interface. This enables communication over unnumbered interface, with the peer using source address as any one of the associated IP addresses configured to other interfaces. The no form of the command removes associated source interface for the unnumbered interface.
Syntax	ip unnumbered <peer-mac> {[vlan <vlan-id/vfi-id>] \| [<iftype> <ifnum>] \| [loopback <short(0-100)>]} no ip unnumbered <peer-mac> {[vlan <vlan-id/vfi-id>] \| [<iftype> <ifnum>] \| [loopback <short(0-100)>]}
Parameter Description		• <peer-mac> - Configures the unicast peer MAC address for unnumbered interface. This needs to be configured for proper forwarding of IP packets over unnumbered interfaces. • vlan <vlan-id/vfi-id> - Configures the unnumbered interface for the specified VLAN / VFI ID. This value ranges from 1 to 65535. ▪ <vlan –id> - VLAN ID is a unique value that represents the specific VLAN. This value ranges from 1 to 4094 ▪ <vfi-id>. - VFI ID is a VLAN created in the system which contains pseudowires and attachment circuits as member ports . This creates a logical LAN for the VPLS service. This value ranges from 4096 to 65535 Note: The VLAN ID 4095 is reserved and may be used to indicate a wildcard match for the VID in management operations or filtering database entries. Note: VFI IDs 4096 and 4097 are reserved identifiers used in MPLS PW. Note: The theoretical maximum for the maximum number of VFI is 65535 but the actual number of VFI supported is a sizing constant. Based on this, the maximum number of VFI ID accepted in the management interface is restricted. For example if 100 VFIs are supported, the maximum number of VFI supported will be restricted to hundred added to the maximum number of VLANs. An error message is displayed for any value beyond this range. • <iftype> - Configures the associated source address for the specified type of interface. The interface can be: ▪ fastethernet – Officially referred to as 100BASE-T standard. This is a version of LAN standard architecture that supports data transfer upto 100 Megabits per second. ▪ XL-ethernet – A version of LAN standard architecture that supports data transfer upto 40 Gigabits per second. ▪ extreme-ethernet – A version of Ethernet that supports data transfer upto 10 Gigabits per second. ▪ i-lan – Internal LAN created on a bridge per IEEE 802.1ap. • <ifnum> - Configures the associated source interface for the specified interface identifier. This is a unique value that represents the specific interface. This value is a combination of slot number and port number separated by a slash, for interface type other than i-lan. For example: 0/1 represents that the slot number is 0 and port number is 1. Only i-lan is provided, for interface type i-lan. For example: 1 represents i-lan. • loopback <loopback-id(0-100)> - Configures the associated source address for the specified loopback. This value ranges from 0 to 100
Mode	Interface Configuration Mode (Router)
Package	Workgroup, Enterprise Metro, and Metro_E
Note:	The interface should be shut down before executing this command.
Example	SEFOS(config-if)# ip unnumbered 00:01:02:03:04:02
Related Command(s)	• ip address - Configures IP address for an interface. • ip unnumbered - vlan - Configures the associated source interface for the unnumbered interface.

4.127 clear http server statistics

Command Objective	This command clears the HTTP server requests received and discarded statistics.
Syntax	clear http server statistics
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config)# clear http server statistics

4.128 show iss-health status

Command Objective	This command displays the SEFOS health status and error reason. The list of health-check status for SEFOS is as follows: • upAndRunning - Indicates that SEFOS is up and running. • downNonRecoverableErr - Indicates that the health status of SEFOS is down due to occurence of some critical error. • upRecoverableRuntimeErr - Indicates that the health status of SEFOS is up but indicates the occurence of a runtime error that is recoverable. The list of error reasons for SEFOS is as follows; • None - Indicates no errors • nonRecovTaskInitializationFailure - Indicates the occurence of non-recoverable failure during task initialization. • nonRecovInsufficientStartupMemory - Indicates that there is insufficient memory for successful startup. This error is non-recoverable and requires sufficient memory to be available in the system for successful SEFOS startup. • recovCruBuffExhausted - Indicates that CRU Buffer Exhausted. • recovConfigRestoreFailed - Indicates that config-restore failed for SEFOS. This is a recoverable error. • recovProtocolMemPoolExhausted - Indicates that a mem-pool associated with a specific module in SEFOS has drained out. This error may affect the functioning of the specific protocol alone and is treated as a recoverable error.
Syntax	show iss-health status
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# show iss-health status SEFOS HEALTH STATUS --------------------------------- SEFOS Status : Up & Running Error Reason : None

4.129 show iss-config-restore status

Command Objective	This command displays the config-restore status. The list of health-restore status for SEFOS is as follows: • configRestoreSuccess - Indicates that configuration restore operation is successfully done. • configRestoreFailed - Indicates that configuration restoration is unsuccessful. • configRestoreInProgress - Indicates that configuration restore operation is in-progress for SEFOS. • configRestoreDefault - Indicates the absence of config-restore file (switch.conf) and that SEFOS has started with default values.
Syntax	show iss-config-restore status
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	configRestoreDefault
Example	SEFOS# show iss-config-restore status SEFOS CONFIGURATION RESTORE STATUS --------------------------------- Config Restore Status : default configuration-restore

4.130 clear iss counters

Command Objective	This command clears the SEFOS counters for all protocols or for the specified protocols like BGP, OSPFv2, RIP, RIPv6, OSPFv3, and NETIP(v4/v6). Note: If the command is executed without optional parameters all SEFOS counters are cleared.
Syntax	clear iss counters [bgp] [ospf] [rip] [rip6] [ospf3] [ipv4] [ipv6]
Parameter Description	• bgp - Clears the counters for BGP. • ospf - Clears the counters for OSPF. • rip Clears the counters for RIP. • rip6 - Clears the counters for RIPv6. • ospf3 - Clears the counters for OSPFV3. • ipv4 - Clears the counters for IPv4. • ipv6 - Clears the counters for IPv6.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# clear iss counters

4.131 dump core-file

Command Objective	This command configures the location where the dump core file has to be stored.The core file is a snapshot of the entire system and can be used for debugging.
Syntax	dump core-file {<flash:filename>}
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config)# dump core-file flash:/home/twg SEFOS(config)#

4.132 dump-mem

Command Objective	This command displays memory content from the given memory location
Syntax	dump { mem <integer(1-0xffffffff)> } [len {<integer(1-256)>}]
Parameter Description	• mem <integer(1-0xffffffff)> - Configures the memory location in Hex (0x<address>). • len<integer(1-256)> - Configures the byte length. This value ranges between 1 and 256.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS # dump mem 0x0ae07880 len 8 0x7d 0x00 0x00 0x00 0x68 0xdf 0x4d 0x0a

4.133 dump-task

Command Objective	This command displays task, queue, or semaphore-related information.
Syntax	dump { task \| que \| sem } name [<string(10) >]
Parameter Description	• task - Displays the task-related information. • que - Displays the queue-related information. • sem - Displays the semaphore-related information. • name - Specifies the OS (operating system) resource name. • [<string(10) >] - Specifies the task, queue, or semaphore name for which related information needs to be displayed . This value is a string with maximum size 10.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# dump task name Name Pending Prio Stack Events Size [KB] ------------------------------------- TMR# 0 97 16 LOGF 0 22 2044 PKTT 0 97 2044 RMHB 0 93 2044 LNXS 0 96 2044 RMGR 0 91 2044 RMFT 0 22 2044 RMCS 0 22 2044 VcmT 0 91 2044 SMT 0 22 2044 BPSR 0 22 2044 CFA 0 95 29 IPDB 0 79 2044 L2DS 0 79 2044 ELMT 0 91 2044 EOAT 0 91 2044 PBB 0 83 2044 AstT 0 87 2044 ElmT 0 60 2044 PIf 0 83 2044 LaTT 0 91 2044 PoeT 0 79 2044 VLAN 0 83 2044 GARP 0 83 2044 SnpT 0 79 2044 MRP 0 83 2044 ELPT 0 83 2044 APST 0 83 2044 ERPT 0 83 2044 RTXT 0 83 2044 PBBT 0 83 2044 QOS 0 18 2044 SMGT 0 22 2044 FIPT 0 83 2044 RT6 0 68 32 IP6 0 79 64 PNG6 0 60 64 RTM 0 68 32 IPFW 0 75 32 UDP 0 60 32 ARP 0 75 32 PNG 0 60 32 MFW 0 75 2044 RIP 0 41 32 SLT 0 68 2044 ISIS 0 49 2044 SAT 0 22 2044 SRED 0 22 2044 OSPF 0 60 2044 OSPT 0 60 2044 OSV3 0 60 2044 TCP 0 60 19 RAD 0 41 19 TACT 0 41 19 RIP6 0 41 64 RR6 0 41 64 BPCL 0 22 2044 DHS 0 41 2044 DHRL 0 41 2044 DHC 0 41 2044 DCS 0 41 2044 D6SR 0 41 2044 D6CL 0 41 2044 D6RL 0 41 2044 IGMP 0 60 2044 PIM 0 60 2044 MSDP 0 41 2044 DVM 0 60 2044 Bgp 0 41 25 TLM 0 60 2044 MFWD 0 83 2044 VPNT 0 41 2044 LDPT 0 41 29 RPTE 0 41 29 L3VP 0 41 29 LSPP 0 41 2044 BFD 0 79 2044 HST 0 22 29 HRT1 0 60 2044 HRT2 0 60 2044 HRT3 0 60 2044 RMON 0 79 2044 RMN2 0 79 2044 DSMN 0 79 2044 VRRP 0 60 2044 CLIC 0 22 2044 CLRM 0 60 2044 CTS 0 22 2044 SSH 0 22 2044 LLDP 0 81 2044 LBLT 0 79 2044 CCHK 0 87 2044 CNTK 0 18 2044 DCBT 0 18 2044 PTP 0 91 2044 SYNC 0 91 2044 SNT 0 49 2044 VPN 0 83 2044 ike 0 92 2044 ikes 0 68 2044 DNSR 0 91 2044 OFCL 0 22 2044 MSR 0 22 2044 SEFOS# dump que name Name ID Q Depth MaxMsgLen Queued OverFlows --------------------------------------------------------- RMPQ be45a90 4000 4 0 0 RMAP be45aa0 4000 4 0 0 RMCQ be45ab0 1000 4 0 0 RCSQ be45ac0 1 4 0 0 VcmQ be45ad0 693 4 0 0 SMQ be45ae0 10 4 0 0 STQ be45af0 5 4 0 0 STD be45b00 10 4 0 0 BPSQ be45b10 15 4 0 0 CFA0 be45b20 761 4 0 0 CFA1 be45b30 761 4 0 0 CFA2 be45b40 761 4 0 0 CFAX be45b50 1322 4 0 0 CFA3 be45b60 20 4 0 0 CFA6 be45b70 5 4 0 0 IPDQ be45b80 10 4 0 0 L2DQ be45b90 50 4 0 0 EOAQ be45ba0 128 4 0 0 PBBC be45bb0 288 4 0 0 AstQ be45bc0 544 4 0 0 AstC be45bd0 544 4 0 0 ElmQ be45be0 144 4 0 0 ElmC be45bf0 144 4 0 0 PIfQ be45c00 50 4 0 0 PCfQ be45c10 256 4 0 0 LaCQ be45c20 40 4 0 0 LaIQ be45c30 256 4 0 0 POEQ be45c40 50 4 0 0 VLAQ be45c50 500 4 0 0 VLCQ be45c60 4096 4 0 0 GRPQ be45c70 544 4 0 0 GPCQ be45c80 1088 4 0 0 SNMQ be45c90 2660 4 0 0 SNPQ be45ca0 100 4 0 0 MRPQ be45cb0 144 4 0 0 MRMQ be45cc0 288 4 0 0 ELPQ be45cd0 144 4 0 0 ERPQ be45ce0 64 4 0 0 PBBT be45cf0 20 4 0 0 QXTQ be45d00 50 4 0 0 ACLQ be45d10 30 4 0 0 SEFOSR be45d20 32 4 0 0 RTM6 be45d30 10 4 0 0 RT6Q be45d40 20 4 0 0 R6SQ be45d50 10 4 0 0 IPQ0 be45d60 100 4 0 0 IPQ1 be45d70 100 4 0 0 IPQ3 be45d80 100 4 0 0 IPQ4 be45d90 100 4 0 0 ECMP be45da0 100 4 0 0 IPQ5 be45db0 100 4 0 0 PGQ0 be45dc0 100 4 0 0 RTMR be45dd0 100 4 0 0 RTMQ be45de0 36 4 0 0 RTSQ be45df0 10 4 0 0 RTRQ be45e00 1000 4 0 0 IPQ be45e10 3000 4 0 0 IFQ be45e20 16 4 0 0 UCFQ be45e30 32 4 0 0 UDPQ be45e40 100 4 0 0 UTRQ be45e50 5 4 0 0 ARPQ be45e60 5000 4 0 0 ARIQ be45e70 5000 4 0 SEFOS# dump sem name Name Num Tasks Blocked MEMU 0 BUFS 0 000m 0 001m 0 002m 0 TMMU 0 IMSM 0 001r 0 002r 0 SNDB 0 TRIE 0 003m 0 004m 0 005m 0 tris 0 006m 0 007m 0 008m 0 TRRP 0 TRLP 0 & the list continues SEFOS# dump task name ospf Name Pending Prio Stack Events Size [KB] ------------------------------------- OSPF 0 60 2044

4.134 hwconsole

Command Objective	This command enables access to hardware console.
Note:	This command is implemented to access the broadcom CLI commands in SEFOS.
Syntax	hwconsole
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config)# hwconsole SEFOS (config-hw)#
Related Command(s)	• hw - Enables access to hardware commands.

4.135 hw

Command Objective	This command enables access to hardware commands. The command is a string of length 255.
Note:	This command is implemented to access the broadcom CLI commands in SEFOS.
Syntax	hw <command>
Mode	Hardware Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config-hw)# hw 255
Related Command(s)	• hwconsole - Enables access to hardware console.

4.136 web-session timeout

Command Objective	This command configures the web session timeout value in seconds after which the session expires. This value ranges from 1 to 300 seconds.
Syntax	web-session timeout <integer (1-300)>
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Default	300
Example	SEFOS(config)# web-session timeout 120

4.137 ip unnumbered - vlan

Command Objective	This command configures the associated source interface for the unnumbered interface. This enables communication over unnumbered interface, with the peer using source address as any one of the associated IP addresses configured to other interfaces. The no form of the command removes associated source interface for the unnumbered interface.
Syntax	ip unnumbered {vlan <vlan-id/vfi-id> \| <iftype> <ifnum> \| loopback <loopback-id(0-100)>} no ip unnumbered {vlan <vlan-id/vfi-id> \| <iftype> <ifnum> \| loopback <loopback-id(0-100)>}
Parameter Description		• vlan <vlan-id/vfi-id> - Configures the unnumbered interface for the specified VLAN / VFI ID. This value ranges from 1 to 65535. ▪ <vlan –id> - VLAN ID is a unique value that represents the specific VLAN. This value ranges from 1 to 4094 ▪ <vfi-id>. - VFI ID is a VLAN created in the system which contains pseudowires and attachment circuits as member ports . This creates a logical LAN for the VPLS service. This value ranges from 4096 to 65535 Note: The VLAN ID 4095 is reserved and may be used to indicate a wildcard match for the VID in management operations or filtering database entries. Note: VFI IDs 4096 and 4097 are reserved identifiers used in MPLS PW. Note: The theoretical maximum for the maximum number of VFI is 65535 but the actual number of VFI supported is a sizing constant. Based on this, the maximum number of VFI ID accepted in the management interface is restricted. For example if 100 VFIs are supported, the maximum number of VFI supported will be restricted to hundred added to the maximum number of VLANs. An error message is displayed for any value beyond this range. • <iftype> - Configures the associated source interface for the specified type of interface. The interface can be: ▪ fastethernet – Officially referred to as 100BASE-T standard. This is a version of LAN standard architecture that supports data transfer upto 100 Megabits per second. ▪ XL-ethernet – A version of LAN standard architecture that supports data transfer upto 40 Gigabits per second. ▪ extreme-ethernet – A version of Ethernet that supports data transfer upto 10 Gigabits per second. ▪ internal-lan – Internal LAN created on a bridge per IEEE 802.1ap. • <ifnum> - Configures the associated source interface for the specified interface identifier. This is a unique value that represents the specific interface. This value is a combination of slot number and port number separated by a slash, for interface type other than i-lan. For example: 0/1 represents that the slot number is 0 and port number is 1. Only i-lan is provided, for interface type i-lan. For example: 1 represents i-lan. • loopback <loopback-id(0-100)> - Configures the associated source address for the specified loopback. This value ranges from 0 to 100.
Mode	Interface Configuration Mode (Router) / PPP Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Note:	• The interface should be shut down before executing this command. • For PPP mode, the configuration is effective only if PPP interface is attached to the physical interface. • IP address must be configured for the interface which is to be added as the unnumbered interface.
Example	SEFOS (config-if)# ip unnumbered vlan 1 SEFOS (config-ppp)# ip unnumbered vlan 1
Related Command(s)	• ip address - Configures IP address for an interface. • ip unnumbered - peer-mac - Configures the associated source interface for the unnumbered interface. • show ip interface - Displays the IP interface configuration.

4.138 debug np module

Command Objective	This command enables tracing and generates debug statements for NPAPI traces for the specified module. The no form of this command disables the NPAPI trace levels for the specified module.
Note:	This command executes only when NPAPI is enabled.
Syntax	debug np module { cfa \| vlan \| bfd \| bcmx \| brg \| ecfm \| elps \| erps \| mpls \| mau \| ipmc \| ip6 \| eoam \| ether \| diffserv \| dsmon \| fmn \| pvrst \| qos \| SEFOS \| la \| mlds \| rmon \| srcmv \| pnac \| igmp \| mbs \| mrp \| mstp \| np\| ofc \| pbb \| ptp \| rstp \| rport \| red \| synce \| tac \| vcm \| poe \| ppp \| mld \| rm \| rbr \| cpss \| acl \| lion } [ severity { <short (1-8)> \| emergencies \| alerts \| critical \| errors \| warnings \| notification \| informational \| debugging } ] no debug np module { cfa \| vlan \| bfd \| bcmx \| brg \| ecfm \| elps \| erps \| mpls \| mau \| ipmc \| ip6 \| eoam \| ether \| diffserv \| dsmon \| fmn \| pvrst \| qos \| iss \| la \| mlds \| rmon \| srcmv \| pnac \| igmp \| mbs \| mrp \| mstp \| np\| ofc \| pbb \| ptp \| rstp \| rport \| red \| synce \| tac \| vcm \| poe \| ppp \| mld \| rm \| rbr \| cpss \| acl \| lion }
Parameter Description	• cfa - Generates debug statements for CFA-related NP programming. • vlan - Generates debug statements for VLAN-related NP programming. • bfd - Generates debug statements for BFD-related NP programming. • bcmx - Generates debug statements for BCMX-related NP programming. • brg - Generates debug statements for Bridging-related NP programming. • ecfm - Generates debug statements for ECFM-related NP programming. • elps - Generates debug statements for ELPS-related NP programming. • erps - Generates debug statements for ERPS-related NP programming. • mpls - Generates debug statements for MPLS-related NP programming. • mau - Generates debug statements for MAU-related NP programming. • ipmc - Generates debug statements for IPMC-related NP programming. • ip6 - Generates debug statements for IP6-related NP programming. • eoam - Generates debug statements for EOAM-related NP programming. • ether - Generates debug statements for ETHER-related NP programming. • diffserv - Generates debug statements for DIFFSERV-related NP programming. • dsmon - Generates debug statements for DSMON-related NP programming. • fmn - Generates debug statements for FMN-related NP programming. • pvrst - Generates debug statements for PVRST-related NP programming. • qos - Generates debug statements for QOS-related NP programming. • iss - Generates debug statements for iss-related NP programming. • la - Generates debug statements for LA-related NP programming. • mlds - Generates debug statements for MLDS-related NP programming. • rmon - Generates debug statements for RMON-related NP programming. • srcmv - Generates debug statements for SRCMV-related NP programming. • pnac - Generates debug statements for PNAC-related NP programming. • igmp - Generates debug statements for IGMP-related NP programming. • mbs - Generates debug statements for MBS-related NP programming. • mrp - Generates debug statements for MRP-related NP programming. • mstp - Generates debug statements for MSTP-related NP programming. • np - Generates debug statements for NP-related NP programming. • ofc - Generates debug statements for OFC-related NP programming. • pbb - Generates debug statements for PBB-related NP programming. • ptp - Generates debug statements for PTP-related NP programming. • rstp - Generates debug statements for RSTP-related NP programming. • rport - Generates debug statements for Routed PORT-related NP programming. • red - Generates debug statements for RED-related NP programming. • synce - Generates debug statements for SYNCE-related NP programming. • tac - Generates debug statements for TAC-related NP programming. • vcm - Generates debug statements for VCM-related NP programming. • poe - Generates debug statements for POE-related NP programming. • ppp - Generates debug statements for PPP-related NP programming. • mld - Generates debug statements for MLD-related NP programming. • rm - Generates debug statements for RM-related NP programming. • rbr - Generates debug statements for RBR-related NP programming. • cpss - Generates debug statements for CPSS-related NP programming. • acl - Generates debug statements for ACL(Access Control List)-related NP programming. • lion - Generates debug statements for LION-related NP programming. • severity <short (1-8)> - Generates the debug statements for the specified Severity level value.This value ranges from 1 to 8. • alerts - Generates debug statements for immediate action events. • critical - Generates debug statements for critical conditions. • debugging - Generates debug statements for debugging messages. • emergencies - Generates debug statements when system is unusable. • errors - Generates debug statements for error conditions. • informational - Generates debug statements for information messages. • notification - Generates debug statements for normal but significant messages. • warnings - Generates debug statements for warning conditions.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS(config)# debug np module red severity informational

4.139 description

Command Objective	This command sets the description about the interface. This value is a string of maximum size 127. The no form of the command deletes the configured description about the interface.
Syntax	description <description of this interface> no description
Mode	Interface Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config-if)# description Interface1
Related Command(s)	• show interfaces - Displays the interface status and configuration.

4.140 reload - standby

Command Objective	This command restarts the entire switch or the standby switch. When reload command is executed the switch operationally goes down and configuration save operation is initiated based on the configuration save option chosen. When the switch operationally comes up, the saved configurations are restored based on the restore option chosen.
Syntax	reload [standby]
Parameter Description	• standby - Restarts the standby switch without affecting the configurations made in the active switch. Note: This parameter is enabled only when NPAPI is enabled.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS# reload standby

4.141 counters

Command Objective	This command enables or disables the statistics collection status for the interface.
Syntax	counters { enable \| disable }
Parameter Description	• enable - Enables the statistics collection for the interface. • disable - Disables the statistics collection for the interface.
Mode	Interface Configuration Mode (VLAN / Router)
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS(config-if)# counters enable
Related Command(s)	• show ip interface - Displays the IP interface configuration.

4.142 show l3vlan interfaces counters

Command Objective	This command displays the statistics counters for the L3 VLAN interface.
Syntax	show l3vlan interfaces counters [vlan <vlan_vfi_id> [switch <switch-name>]]
Parameter Description	• vlan <vlan_vfi_id> - Displays the statistics counters for the specified VLAN ID. This value ranges from 1 to 65535. ▪ <vlan –id> - VLAN ID is a unique value that represents the specific VLAN. This value ranges from 1 to 4094. ▪ <vfi-id>. - VFI ID is a VLAN created in the system which contains pseudowires and attachment circuits as member ports . This creates a logical LAN for the VPLS service. This value ranges from 4096 to 65535. Note: The VLAN ID 4095 is reserved and may be used to indicate a wildcard match for the VID in management operations or filtering database entries. Note: VFI IDs 4096 and 4097 are reserved identifiers used in MPLS PW. Note: The theoretical maximum for the maximum number of VFI is 65535 but the actual number of VFI supported is a sizing constant. Based on this, the maximum number of VFI ID accepted in the management interface is restricted. For example if 100 VFIs are supported, the maximum number of VFI supported will be restricted to hundred added to the maximum number of VLANs. An error message is displayed for any value beyond this range. • switch <switch-name> - Displays the statistics counters for the L3 VLANs in the specified context. This value represents unique name of the switch context. This value is a string with the maximum length as 32.
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS# show l3vlan interfaces counters vlan 1 switch default Port InPkt InOctets ---- ----- -------- vlan1 1 229
Related Commands	• interface-vlan - Configures VLAN interface.

4.143 debug-logging - flash url

Command Objective	This command sets the debugging logging option as Flash URL (Uniform Resource Locator). The debug traces and logs will be stored in the specified URL path.
Syntax	debug-logging <flash_url>
Parameter Description	• <flash_url> - Specifies the Flash URL (Uniform Resource Locator) path at which debug logs will be stored.
Mode	Global Configuration Mode
Default	console
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config)# debug-logging /home/twg
Related Command(s)	• debug-logging -standy - Configures the debug logging option in the system. • show debug-logging - Displays the debug logs stored in file.

4.144 debug iss

Command Objective	This command enables the tracing of SEFOS as per the configured debug levels. The trace statements are generated for the configured trace levels. The no form of the command disables the tracing of SEFOS as per the configured debug levels. The trace statements are not generated for the configured trace levels
Syntax	debug SEFOS {enable \| disable }([init-shut][management-trc][data-path-trc][cntrl-plane-trc][dump-trc][os-resource-trc][all-fail])
Parameter Description	• enable - Enables the debug traces for SEFOS. • disable - Disables the debug traces for SEFOS. • init-shut - Generates debug statements for init and shutdown traces. • management-trc - Generates debug statements for management traces. • data-path-trc - Generates debug statements for data path traces. • cntrl-plane-trc - Generates debug statements for control plane traces. • dump-trc - Generates debug statements for dump traces. • os-resource-trc - Generates debug statements for OS resource traces. • all-fail - Generates debug statements for failure traces.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise Metro, and Metro_E
Example	SEFOS(config)# debug SEFOS enable init-shut

4.145 default-value save

Command Objective	This command specifies whether default values need to be saved or not when incremental save option is enabled.
Note:	On configuring this command, issnvram.txt file is updated. The configured value is effective only after rebooting the system.
Syntax	default-value save { enable \| disable }
Parameter Description	• enable - Enables the default value save option.This specifies that MSR stores default values also, when Incremental save is enabled. • disable - Disables the default value save option.This specifies MSR does not store default values, when Incremental save is enabled.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Default	Disable
Example	SEFOS(config)# default-value save enable
Related Command(s)	• show nvram - Displays the current information stored in the NVRAM.

4.146 set redundancy heart-beat

Command Objective	This command sets the method for redundancy manager election.The method can be either internal logic or external logic.
Syntax	set redundancy hear-beat { internal \| external }
Parameter Description	• internal - Sets the method for redundancy manager election as internal. This specifies that proprietary election logic called as HeartBeat mechanism is applied for electing the Active or Standby card in a redundant system. • external - Sets the method for redundancy manager election as external. This specifies that external election logic should be applied for electing Active or Standby card in a redundant system.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Default	Internal
Example	SEFOS(config)# set redundancy heart-beat internal
Related Command(s)		• show nvram - Displays the current information stored in the NVRAM.

4.147 set redundancy-type

Command Objective	This command sets the type of redundancy model for redundancy manager.
Syntax	set redundancy-type { hot \| cold }
Parameter Description	• hot - Sets the Hot-Standby redundancy model.This specifies that whenever there is node state transition from Standby to Active, the node needs to re-started and the hardware needs to be re-initialized completely. • cold - Sets the Cold-Standby redundancy model.This specifies that whenever there is node state transition from Standby to Active,the hardware should not be re-initialized. Note: When the configurations are saved in a file in Active node, then this needs to be transferred to the standby node in both the redundancy modes.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Default	hot
Example	SEFOS (config)# set redundancy-type cold
Related Command(s)	• show nvram - Displays the current information stored in the NVRAM.

4.148 set redundancy hardware-type

Command Objective	This command sets type of the dataplane or hardware model in a redundant system. It can be a shared dataplane or a separate dataplane.
Syntax	set redundancy hardware-type { shared \| separate }
Parameter Description	• shared - Sets the type of the dataplane or hardware as shared dataplane.This specifies that Standby card in a redundancy system should not program the hardware. Hardware audit should be conducted to sync the hardware and software after switchover or node-transition. • separate - Sets type of the dataplane or hardware.as separate dataplane. This specifies that the nodes have separate hardware, therefore Standby card in a redundant system should program the hardware. Hardware audit is not required, since the hardware and software are in sync always.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Default	shared
Example	SEFOS (config)# set redundancy hardware-type shared
Related Command(s)		• show nvram - Displays the current information stored in the NVRAM.

4.149 deny iftype

Command Objective	This command configures the interface type and bridge port types accessible to various protocols and adds an entry to the ifType protocol deny table, thus allowing the particular type of interface to be denied from being accessed by the protocol. That is, the particular type of interface will not be created (be visible) in the given protocol. This command removes the entry from the ifType protocol deny table, thus allowing the creation of interfaces of the specified type in the specified protocol.
Syntax	deny iftype {<interface-type> \| pip} bridge port-type { providerNetworkPort \| customerNetworkPort {port-based \| s-tagged \| c-tagged} \| customerEdgePort \| propCustomerEdgePort \| propCustomerNetworkPort \| propProviderNetworkPort \| customerBridgePort \| providerInstancePort \| customerBackbonePort \| virtualInstancePort} protocol {pnac \| la \| bridge \| xstp \| vlan \| garp \| mrp \| pbb \| ecfm \| elmi \| snooping \| qosx \| lldp} no deny iftype {<interface-type> \| pip} bridge port-type { providerNetworkPort \| customerNetworkPort {port-based \| s-tagged \| c-tagged} \| customerEdgePort \| propCustomerEdgePort \| propCustomerNetworkPort \| propProviderNetworkPort \| customerBridgePort \| providerInstancePort \| customerBackbonePort \| virtualInstancePort} protocol {pnac \| la \| bridge \| xstp \| vlan \| garp \| mrp \| pbb \| ecfm \| elmi \| snooping \| qosx \| lldp}
Parameter Description	• <interface-type> - Sets the specified type of interface. The interface can be: ▪ fastethernet – Officially referred to as 100BASE-T standard. This is a version of LAN standard architecture that supports data transfer upto 100 Megabits per second. ▪ XL-ethernet – A version of LAN standard architecture that supports data transfer upto 40 Gigabits per second. ▪ extreme-ethernet – A version of Ethernet that supports data transfer upto 10 Gigabits per second. ▪ port-channel – Logical interface that represents an aggregator which contains several ports aggregated together ▪ internal-lan – Internal LAN created on a bridge per IEEE 802.1ap. • pip - Configures the PIP (Provider Instance Port) type. • bridge port-type - Configures the specific bridge port type.The options are: ▪ providerNetworkPort - Specifies that bridge port type is set as Provider Network Port. ▪ customerNetworkPort - Specifies that bridge port type is set as Customer Network Port. It has the following options: • port-based – Sets the customer network port as port-based. • s-tagged - – Sets the customer network port as s-tagged • c-tagged - – Sets the customer network port as c-tagged ▪ customerEdgePort - Specifies that bridge port type is set as Customer Edge Port. ▪ propCustomerEdgePort - Specifies that bridge port type is set as Proprietary Customer Edge Port. ▪ propCustomerNetworkPort - Specifies that bridge port type is set as Proprietary Customer Network Port. ▪ propProviderNetworkPort - Specifies that bridge port type is set as Proprietary Provider Network Port. ▪ customerBridgePort - Specifies that bridge port type is set as Customer Bridge Port. ▪ customerBackbonePort - Specifies that bridge port type is set as Backbone Edge Bridge Port. ▪ virtualInstacnePort - Specifies that bridge port type is set as Virtual Instance Port. • protocol - Specifies the type of protocol for which the corresponding interface type and bridge port type will not be accessible or visible. The options are: ▪ pnac - Sets protocol as PNAC/dot1x. ▪ la - Sets protocol as LA. ▪ bridge - Sets protocol as Bridge. ▪ xstp - Sets protocol as xstp. ▪ vlan - Sets protocol as VLAN . ▪ garp - Sets protocol as GARP. ▪ mrp - Sets protocol as MRP. ▪ pbb - Sets protocol as PBB. ▪ ecfm - Sets protocol as ECFM. ▪ elmi - Sets protocol as ELMI. ▪ snooping - Sets protocol as Snooping modules. ▪ qosx - Sets protocol as QoSx. ▪ lldp- Sets protocol as LLDP.
Mode	Switch Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS (config-switch)# deny iftype extreme-ethernet bridge port-type virtualInstancePort protocol bridge
Related Command(s)	• show iftype protocol deny - Displays the entries of iftype protocol deny table.

4.150 port-security-state

Command Objective	This command configures the port security state of the interface. The interface port security state specifies whether the port is connected to trusted hosts or not.
Syntax	port-security-state { trusted \| untrusted }
Parameter Description	• trusted - Sets the port security state as trusted. This specifies that packets coming to that port will be trusted. • untrusted - Sets the port security state as untrusted.
Mode	Interface Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Default	trusted
Example	SEFOS(config-if)# port-security-state trusted
Related Command(s)	• interface-configuration and deletion - Configures interface such as out-of-band management, port channel, tunnel and so on. • show interfaces - Displays the interface status and configuration.

4.151 alias - For interface

Command Objective	This command configures the alias name for the interface. This value is a string of maximum size 63.
Syntax	alias <string(63)>
Mode	Interface Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS (config-if)# alias interface1
Related Command(s)	• interface-configuration and deletion - Configures interface such as out-of-band management, port channel, tunnel and so on • show interfaces - Displays the interface status and configuration.

4.152 layer

Command Objective	This command configures a virtual PPP link to an interface. The no form of the command deletes the virtual PPP link from the interface
Syntax	layer {<interface-name> <interface-id> \| serial <controller-number>/<channel-id> \| cpu0}
Parameter description	• <interface-name> - Configures the virtual PPP link to the specified router port interface. The interface can be: ▪ extreme-ethernet – A version of Ethernet that supports data transfer upto 10 Gigabits per second. This Ethernet supports only full duplex links. • <interface-id> - Configures the virtual PPP link to the specified interface identifier. This is a unique value that represents the specific interface. This value is a combination of slot number and port number separated by a slash. For example: 0/1 represents that the slot number is 0 and port number is 1. • serial - Configures the virtual PPP link to the specified serial interface. ▪ <controller-number>/<channel-id> - Configures the HDLC (High-Level Data Link Control) controller index and channel group for the HDLC (High-Level Data Link Control) interface. The HDLC index value and the channel identifier ranges from 1 to 10. For example: 1/1 represents that the HDLC index is 1 and channel-group number is 1 • cpu0 - Configures the virtual PPP link to the out-of-band management interface.
Mode	Interface Configuration Mode (PPP)
Package	Enterprise and Metro_E
Note:	• PPP virtual link can be layered on an interface only when the interface is administratively shut down. • PPP virtual link can be layered only over one physical interface.To configure it in any other physical interface, no layer command should be used. • PPP virtual link can be layered on a serial interface only when HDLC controller is created and a channel-group is set for the HDLC.
Example	SEFOS (config-ppp)# layer extreme-ethernet 0/2 SEFOS (config-ppp)# layer serial 1/1
Related Command(s)	• show interfaces - Displays the interface status and configuration. • interface - ppp - Creates a PPP interface and enters into PPP interface mode. • interface-configuration and deletion - Configures interface such as out-of-band management, port channel, tunnel and so on. • private link - Configures the link connection to a private network so that no default route is added for this link. • ip address negotiated - Sets the IP Address by negotiation and erases the previous configured IP. • mtu- Configures the Maximum Transmission Unit frame size for the interface. • channel-group - Sets the channel group for the HDLC interface. • controller - Configures a HDLC controller and enters into Controller Configuration mode.

4.153 private link

Command Objective		This command configures the link connection to a private network so that no default route is added for this link. The no form of the command configures the link connection to a public network so that a default route is added for this link.
Syntax		private link no private link
Mode		Interface Configuration Mode (PPP)
Package		Enterprise and Metro_E
Example		SEFOS (config-ppp)# private link
Note:	This commands executes only if PPP interface is shut down and is attached to an underlying physical interface.
Related Command(s)		• show interfaces - Displays the interface status and configuration. • shutdown – physical/VLAN/port-channel/tunnel Interface - Disables a physical interface, VLAN interface, port-channel interface, tunnel interface or OOB interface. • layer - Configures a virtual PPP link to a physical interface. • interface - ppp - Creates a PPP interface and enters into PPP interface mode.

4.154 ip address negotiated

Command Objective	This command sets the IP Address by negotiation and erases the previous configured IP.
Syntax	ip address negotiated
Mode	Interface Configuration Mode (PPP)
Package	Enterprise and Metro_E
Note:	This commands executes only if PPP interface is shut down and is attached to an underlying physical interface.
Example	SEFOS(config-ppp)# ip address negotiated
Related Command(s)	• show ip interface - Displays the IP interface configuration for all interfaces available in the switch. • shutdown – physical/VLAN/port-channel/tunnel Interface - Disables a physical interface, VLAN interface, port-channel interface, tunnel interface or OOB interface. • layer - Configures a virtual PPP link to a physical interface. • interface - ppp - Creates a PPP interface and enters into PPP interface mode.

4.155 controller

Command Objective	This command configures a HDLC (High-Level Data Link Control ) controller and enters into Controller Configuration mode.The HDLC index value ranges from 1 to 10. HDLC is a protocol used for transfering data or PPP packets over serial lines or ISDN B-Channel Connections with HDLC framing.
Syntax	controller <HdlcIndex>
Mode	Global Configuration Mode
Package	Enterprise and Metro_E
Example	SEFOS (config)# controller 1 SEFOS(config-controller)#
Note:	A serial interface is created only when a channel group is configured for the HDLC controller.
Related Command(s)	• channel-group - Sets the channel group for the HDLC interface. • layer - Configures a virtual PPP link to a physical interface. • show interfaces - Displays the interface status and configuration.

4.156 channel-group

Command Objective	This command configures the channel group for the HDLC (High-Level Data Link Control) interface.The group identifier ranges from 1 to 10. The no form of the command deletes the channel-group from the HDLC (High-Level Data Link Control) Link.
Syntax	channel-group <group-id> no channel-group <group-id>
Mode	Controller Configuration Mode
Package	Enterprise and Metro_E
Example	SEFOS (config-controller)# channel-group 1
Related Command(s)	• controller - Configures a HDLC controller and enters into Controller Configuration mode. • layer - Configures a virtual PPP link to a physical interface. • show interfaces - Displays the interface status and configuration.

4.157 port-vid

Command Objective			This command configures the the VLAN identifier assigned to router-ports for association in the porting layer. This is meant for the chipsets when the porting layer demands VLAN identifier association to realize router ports. This is available only when the physical interface is set as router port. The no form of the command dissociates the VLAN ID assigned to the router port using the port-vid command and associates a VLAN ID generated by the porting layer from the reserved range.
Syntax			port-vid <vlanId (1-4094)> no port-vid
Mode			Interface Configuration Mode (Router Port)
Package			Workgroup, Enterprise, Metro, and Metro_E
Default	The default value 0 is applicable for L3 VLAN interfaces and for chipsets that do not support this feature.
Note:		• This command executes only if the interface is shut down. • Static VLANs configured cannot be used for router port and VLANs assigned to router ports cannot be used as static VLANs.
Example			SEFOS (config-if)# port-vid 2
Related Command(s)			• no switchport - Configures the port as router port.

Command Objective	This command displays a brief description for the given command. To display help description for commands with more than one word, do not provide any space between the words.
Syntax	help [ command ]
Mode	All Modes
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS# help enable Configure Terminal command must be executed as SEFOS# help configureterminal

Command Objective	This command clears all the content from the screen.
Syntax	clear screen
Mode	All Modes
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS# clear screen

Command Objective	This command enters into default-level privileged mode. If required, the user can specify the privilege level by enabling level with password (login password) protection to avoid unauthorized users. Lower privilege user can login to privilege mode 15 either with root user password or with the password configured for the level 15 using the enable password command.
Syntax	enable [<0-15> Enable Level]
Parameter Description	• <0-15> Enable level - Sets the privilege level to enter the system. This value ranges from 0 to 15. ▪ Users with Privilege Level 0 can access only the following commands: • enable • disable • exit • help • logout This is the most restricted level. ▪ Users with Privilege Level 1 can access all user-level commands with SEFOS> prompt. ▪ System allows configuring additional privilege levels (from level 2 to 14) to meet the needs of the users while protecting the system from unauthorized access. ▪ Users with Privilege Level 15 can access all commands. It is the least restricted level.
Mode	User EXEC Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Default	Enable level - 15
Example	SEFOS# enable 15
Related Command(s)	• disable -Turns off privileged commands. • enable password - Modifies enable password parameters.

Command Objective	This command turns off privileged commands. This value ranges between 0 and 15. This value should be lesser than the privilege level value given in the enable command.
Syntax	disable [<0-15> Privilege level to go to]
Mode	User EXEC Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS# disable 1
Related Command(s)	enable - Enters Privileged EXEC mode.

Command Objective	This command enters to Global Configuration mode which allows the user to execute all the commands that supports Global Configuration mode.
Syntax	configure terminal
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS# configure terminal SEFOS (config)#
Related Command(s)	• end - Exits from Configuration mode and enters Privileged Configuration mode. • exit - Exits current mode and reverts to the mode used prior to the current mode.

Command Objective	This command enters Configuration mode. Configuration from memory or network is not supported, when entered into Configuration mode using this command.
Note:	This command is a complete standardized implementation of the existing command and operates similar to that of the command configure terminal.
Syntax	configure
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS# configure
Related Command(s)	• end - Exits from current mode and enters Privileged EXEC mode. • exit - Exits the current mode and reverts to the mode used prior to the current mode.

Command Objective	This command runs CLI commands from the specified script file.
Syntax	run script [flash: \| slot0: \| volatile:] <script file> [<output file>]
Parameter Description	• flash: \| slot0: \| volatile: - Specifies the source of the script file. ▪ flash - The script file is read from the Flash memory. ▪ slot0 - The script file is read from the PCMCIA card or CompactFlash memory. Note: This feature has been included to adhere to the Industry Standard CLI syntax. This feature is currently not supported. ▪ volatile - The script file is read from the volatile memory. Note: This feature has been included to adhere to the Industry Standard CLI syntax. This feature is currently not supported. • <script file> - Specifies the script file to be executed. • <output file> - Specifies the output file.
Mode	Privileged EXEC Mode.
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS# run script flash sample.js

Command Objective	This command lists all the default and newly created users, along with their permissible mode.
Syntax	listuser
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS# listuser USER MODE root / guest /
Related Command(s)	• show users - Displays information about terminal lines. • enableuser - Releases the blocked user specified by the username string.

Command Objective	This command locks the CLI console. It allows the user or system administrator to lock the console to prevent unauthorized users from gaining access to the CLI command shell. Enter the login password to release the console lock and access the CLI command shell.
Syntax	lock
Mode	Privileged EXEC Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS# lock

Command Objective	This command creates a user and sets the password and the privilege level for the user. The no form of the command deletes the specified user.
Syntax	username <user-name> [password [ 0 \| 7 \| LINE ] <passwd>] [privilege <1-15>] [confirm-password [ 0 \| 7 \| LINE ] <passwd>] [status { enable \| disable }]no username < user-name >
Parameter Description	• <user-name> - Specifies the login user name to be created. • password [ 0 \| 7 \| LINE ] <passwd> / confirm-password [ 0 \| 7 \| LINE ] <passwd> - Specifies the password to be entered by the user to login to the system, and password encryption to be used. The size of the password entered must be a minimum of 8 and maximum of 20 characters containing at least one uppercase, one lowercase, one number, and one special character. The password encryption options are: ▪ 0 - Uses the unencrypted password. ▪ 7 - Uses the hidden password. ▪ LINE - Uses the Line password. This feature has been included to adhere to the Industry Standard CLI syntax. This feature is currently not supported. • privilege <1-15> - Applies restriction to the user for accessing the CLI commands. This values ranges between 1 and 15. For example, a user ID configured with privilege level as 4 can access only the commands having privilege ID lesser than or equal to 4.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Note:	• Only the root user can create new users using this command. • When a new user is created, the user can login with any username and the respective password. • Privilege ID is set as zero for all the show commands and is set as 15 for all the configuration commands in the def files. Root users can access all the commands and other users can access only the show commands. Users can change the privilege IDs of the commands in the def file to customize and segregate the commands as per requirements.
Example	SEFOS (config)# username products password Prod@1234 privilege 15 The user product is created with the privilege level 15. Hence, the user will be visible to view all the commands. SEFOS (config)# username support password Supp@123 privilege 1 The user support is created with the privilege level 1. Hence, the user will be visible to view only the following commands: • Show - Show commands related to all the features. • Enable - Enables the privilege level. • Disable - Disables the privilege level. • Exit • Logout • Clear • Debug • No Debug
Related Command(s)	• enable password - Modifies enable password parameters. • enable - Enters Privileged EXEC mode. • listuser – Lists all the users. • enableuser - Releases the blocked user specified by the username string.

Command Objective	This command modifies enable password parameters. The no form of the command disables enable password parameters.
Syntax	enable password [level (1-15)] <LINE 'enable' password> no enable password [level (1-15)]
Parameter Description	• level(1-15) - Specifies the privilege level for which the password is to be set. The level ranges from 1 to 15. • <LINE 'enable' password> - Specifies the password to be enabled. Password should follow password configuration conventions. It should contain atleast one uppercase, one lowercase, one number, and one special character.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Note:	• Only the root user can enable the password for any other blocked user using this command. • This command allows the root user to enable a password for other users to access the commands in the specified privilege level. The other users can access commands in the privilege level using the password enabled for that level.
Example	SEFOS (config)# enable password level 1 Ad@123
Related Command(s)	• username - Creates a user and sets the password for that user with the privilege level. • enable - Enters Privileged EXEC mode.

Command Objective	This command identifies a specific line for configuration and enters Line Configuration mode and allows the user to execute all the commands that supports Line Configuration mode.
Syntax	line {console \| vty \| <line-number(0-16)>}[<ending-line-number(3-16)>]
Parameter Description	• console - Specifies the line for configuration as console and enters console Line Configuration mode. • vty - Specifies the line for configuration as virtual terminal line. • <line-number(0-16)> - Specifies the ID of a specific telnet session or initial telnet session in a configured series of telnet sessions. This feature has been included to adhere to the Industry Standard CLI syntax. This feature is currently not supported. • <ending-line-number(3-16)> - Specifies the ID of the last telnet session in a configured series of telnet sessions. This feature has been included to adhere to the Industry Standard CLI syntax. This feature is currently not supported.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS (config)# line console SEFOS (config-line)#
Related Command(s)	• end - Exits from Configuration mode and enters Privileged EXEC mode. • exit - Exits current mode and reverts to the mode used prior to current mode. • show line - TTY line information.

Command Objective	This command replaces the given token by the given string. The no form of the command removes the alias created for the given string.
Syntax	alias <replacement string> <token to be replaced> no alias <alias>
Parameter Description	• <replacement string>/ <alias> - Specifies the string for which a replacement is needed. • <token to be replaced> - Specifies an abbreviated or short form of the replacement string.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS (config)# alias products pdt
Related Command(s)	• show aliases - Displays the aliases.

Command Objective	This command replaces the given token or command with the given string. This command is a standardized implementation of the existing command. It operates similar to that of the command alias-replacement, except that it allows the user to type a command with multiple tokens without quotes.
Syntax	alias {interface \| exec \| configure} <alias-name> { command <max 10 tokens> \| token }
Parameter Description	• interface - Specifies the commands executed in Interface Configuration mode. Note: This feature has been included to adhere to the Industry Standard CLI syntax. This feature is currently not supported. • exec - Specifies the commands executed in Privileged EXEC or User EXEC mode. Note: This feature has been included to adhere to the Industry Standard CLI syntax. This feature is currently not supported. • configure - Specifies the commands executed in Configuration mode (That is, global, line, profile, VLAN, switch, and protocol specific configuration modes). Note: This feature has been included to adhere to the Industry Standard CLI syntax. This feature is currently not supported. • <alias-name> - Specifies the alternate name to be used for the command or token. • command <max 10 tokens> - Specifies the command and token values for which alias name should be configured. • token - Specifies the token for which alias name should be configured.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Note:	Alias name can be set only for the commands having equal to or less than 10 tokens.
Example	SEFOS (config)# alias exec cltcp command clear tcp
Related Command(s)	show aliases - Displays the aliases.

Command Objective	This command removes the limit on number of unicast MAC entries indications to control.
Syntax	access-list provision mode { consolidated \| immediate }
Parameter Description	• consolidated - Configures the Provision mode as consolidated. • immediate - Configures the Provision mode as immediate.
Mode	Global Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Default	immediate
Example	SEFOS (config)# access-list provision mode consolidated

Command Objective	This command triggers provisioning of active filter rules to hardware based on configured priority. This command is applicable only when provision mode is consolidated. Traffic flow would be impacted when filter-rules are reprogrammed to hardware.
Syntax	access-list commit
Mode	Global Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS (config)# access-list commit

Command Objective	This command sets a time (in seconds) for EXEC line disconnection. This value ranges from 1 to 18000 seconds. The no form of this command resets the EXEC timeout to its default value.
Syntax	exec-timeout <integer (1-18000)> no exec-timeout
Mode	Line Configuration Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Default	integer - 1800 seconds
Example	SEFOS (config-line)# exec-timeout 100
Related Command(s)	line - Configures a console or virtual terminal line.

Command Objective	This command exits from Privileged EXEC or User EXEC mode to SEFOS login prompt in case of console session. In case of a telnet session, this command terminates the session.
Syntax	logout
Mode	User EXEC Mode
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS# logout SEFOS login:

Command Objective	This command exits from the current mode to Privileged EXEC mode.
Syntax	end
Mode	All modes
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS# end
Related Command(s)	exit - Exits current mode and reverts to the mode used prior to the current mode.

Command Objective	This command exits the current mode and reverts to the mode used prior to the current mode.
Syntax	exit
Mode	All modes
Package	Workgroup, Enterprise, Metro, and Metro_E
Example	SEFOS# exit
Related Command(s)	end - Exits from Configuration mode to Privileged EXEC mode.

1.4 CLI Reference Manual Details by Volume

2.2.10 Boot Configuration Mode

2.2.11 Redundancy Configuration Mode

2.2.12 Profile Configuration Mode

2.2.13.3 VRRP Router Configuration Mode

2.2.13.4 VRRP Interface Configuration Mode

3.1 help

3.2 clear screen

3.3 enable

3.4 disable

3.5 configure terminal

3.6 configure

3.7 run script

3.8 listuser

3.9 lock

3.10 username

3.11 enable password

3.12 line

3.13 alias - replacement string

3.14 alias – interface | exec | configure

3.15 access-list provision mode

3.16 access-list commit

3.17 exec-timeout

3.18 logout

3.19 end

3.20 exit

3.21 show privilege

3.22 show line

3.23 show aliases

3.24 show users

3.25 show history

3.26 password validate char

3.27 password validate uppercase

3.28 password validate lowercase

3.29 password validate numbers

3.30 password validate symbols

3.31 set minimum password length

3.32 show password validate rules

3.33 show minimum password length

3.34 password max-life-time

3.35 show password max-life-time

3.36 clear line vty

3.37 enableuser

3.38 set cli pagination